Laboratory Equipment
Offering you a complete choice of products which include ncert higher secondary biology lab. kit (hsblk), digital storage oscilloscope, elastic material kit, electric motor model, collapsible tube filling machine and fume hood cupboard.
NCERT Higher Secondary Biology Lab. Kit (HSBLK)
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₹ 19286 / Piece Get Latest Price
Product Brochure
| Material | Stainless Steel |
| Use | School Educational Kit |
| Color | Silver |
| Product Type | Educational Material |
| Application | School Educstional institutions |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
The Higher Secondary Biology Lab Kit (HSBLK) is an all-inclusive, curriculum-aligned laboratory solution meticulously designed to cater to the practical needs of Class XI and XII biology students as per the NCERT and CBSE guidelines, providing a comprehensive and interactive platform for hands-on scientific learning. This advanced biology lab kit is a perfect blend of modern design, safety, precision, and educational value, making it an ideal resource for schools, junior colleges, coaching centers, and home-based biology learning environments. The HSBLK empowers students to perform all the experiments prescribed in the higher secondary biology syllabus while deepening their conceptual understanding of life sciences through real-time observation, experimentation, and analysis. The kit includes a high-quality compound microscope for exploring the microscopic world, enabling students to study the structure of cells, tissues, and microorganisms in great detail. It comes equipped with a wide variety of permanent slides covering key topics such as plant and animal histology, cell division (mitosis and meiosis), microorganisms, and reproductive structures, allowing repeated observation and better retention of visual data. Also included are essential biology laboratory instruments and accessories such as test tubes, beakers, droppers, petri dishes, forceps, dissecting tools, and magnifying lenses, all organized within a durable, student-friendly kit box for easy use and transportation. The glassware provided is of laboratory-grade quality, suitable for staining, culturing, and other biological experiments, while the included biological stains and reagents support key practicals like osmosis, plasmolysis, respiration in germinating seeds, transpiration, and the action of salivary amylase on starch. The kit also features detailed chart cards and instructional aids for identification and classification of flora and fauna, covering topics such as plant morphology, animal physiology, taxonomy, genetics, and evolution. Through structured activities and self-guided experiments, students can explore biological processes and systems such as photosynthesis, anaerobic respiration, environmental biology, and human anatomy with clarity and confidence. Designed with a focus on experiential learning and safety, the HSBLK uses student-safe materials and a compact layout that requires minimal laboratory infrastructure, making it especially suitable for rural schools, outreach programs, science exhibitions, and NEP-aligned STEM learning initiatives. The kit not only enhances laboratory skills such as observation, dissection, hypothesis testing, and data interpretation, but also promotes curiosity, scientific reasoning, and critical thinking—core competencies in modern biology education. It supports inquiry-based learning and prepares students for school assessments, board practicals, and competitive biology exams like NEET. Whether used by teachers for classroom demonstrations or by students for individual practice, the HSBLK ensures a consistent, repeatable, and engaging laboratory experience. Ideal for both CBSE and state board institutions, this biology lab kit enables practical learning in the absence of a full-fledged laboratory and is widely appreciated for its portability, durability, and alignment with textbook concepts. It is a cost-effective, scalable, and sustainable solution for delivering biology education in both urban and rural contexts. With the Higher Secondary Biology Lab Kit, institutions can ensure that students not only fulfill the practical component of their coursework but also develop a lifelong interest in biological sciences through meaningful engagement with the living world.
Digital Storage Oscilloscope
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₹ 33000 / Piece Get Latest Price
| Bandwidth | 100 MHz |
| Number of Channels | 2 |
| Usage/Application | Industrial |
| Country of Origin | Made in India |
| Color | White & Blue |
Minimum order quantity: 1 Piece
A digital storage oscilloscope is one of the most vital pieces of educational equipment used in physics and electronics laboratories to study, visualize, and analyze electrical signals with high accuracy and clarity. Unlike traditional analog devices, the digital oscilloscope captures, processes, and displays voltage signals in a digital format, allowing students and educators to observe the behavior of electronic circuits in real-time. Its ability to display waveforms on a screen provides an intuitive and interactive way to study signal variations over time, making it an indispensable learning tool for schools, colleges, and training institutes that focus on electronics, electrical engineering, and applied physics. With its advanced technology, it helps learners grasp complex concepts of waveform analysis, frequency response, amplitude measurement, and timing characteristics, bridging the gap between theoretical knowledge and practical understanding.
The digital storage oscilloscope provides students with an easy-to-use platform to explore the fundamental properties of signals, such as amplitude, period, and frequency. By connecting it to different circuit components, learners can visualize how changes in resistance, capacitance, or inductance affect the signal’s behavior. This hands-on experience is crucial in developing a deeper understanding of circuit theory and electronic principles. Unlike analog oscilloscopes, the digital variant stores data digitally, which allows waveforms to be paused, zoomed in, saved, or even analyzed later. This feature not only enhances the teaching process but also allows students to conduct more thorough studies of transient signals and irregularities that may otherwise go unnoticed. Such capabilities make it a powerful educational tool for experiments, lab demonstrations, and project work.
In addition to its use in basic electronics, the digital oscilloscope is also applied in advanced topics such as digital communication, signal processing, and microcontroller-based circuit analysis. Engineering and science students can use it to measure pulse width, duty cycle, phase difference, and noise levels in a circuit, providing a practical exposure that complements classroom instruction. The clear LED or LCD display ensures that signals are presented with high resolution, and most educational models are designed to be user-friendly, making them suitable for beginners while still being advanced enough for higher-level studies. The presence of multiple channels enables comparison between two or more signals, giving learners the ability to study synchronization, correlation, and cause-effect relationships within a circuit.
Durability and reliability are also key features of a digital oscilloscope used in academic environments. Built with robust materials and precision technology, it withstands regular use in laboratory settings while maintaining accuracy. The compact and portable design allows it to be easily integrated into different lab setups, whether for individual learning stations or group demonstrations. Since it does not rely on manual calibration as often as analog devices, it ensures consistent results, thereby reducing errors in experimental analysis. The digital format also makes it easier for students to learn modern-day applications since most industry and research environments use digital oscilloscopes rather than analog versions.
Beyond scientific experiments, the digital oscilloscope also plays an important role in educational projects and exhibitions. It helps students demonstrate real-time data in an engaging way, allowing them to present practical aspects of their work more effectively. Its combination of precision, modern features, and ease of use ensures that students gain both theoretical insight and practical competence, preparing them for professional applications in electronics, electrical engineering, and research fields.
The digital storage oscilloscope provides students with an easy-to-use platform to explore the fundamental properties of signals, such as amplitude, period, and frequency. By connecting it to different circuit components, learners can visualize how changes in resistance, capacitance, or inductance affect the signal’s behavior. This hands-on experience is crucial in developing a deeper understanding of circuit theory and electronic principles. Unlike analog oscilloscopes, the digital variant stores data digitally, which allows waveforms to be paused, zoomed in, saved, or even analyzed later. This feature not only enhances the teaching process but also allows students to conduct more thorough studies of transient signals and irregularities that may otherwise go unnoticed. Such capabilities make it a powerful educational tool for experiments, lab demonstrations, and project work.
In addition to its use in basic electronics, the digital oscilloscope is also applied in advanced topics such as digital communication, signal processing, and microcontroller-based circuit analysis. Engineering and science students can use it to measure pulse width, duty cycle, phase difference, and noise levels in a circuit, providing a practical exposure that complements classroom instruction. The clear LED or LCD display ensures that signals are presented with high resolution, and most educational models are designed to be user-friendly, making them suitable for beginners while still being advanced enough for higher-level studies. The presence of multiple channels enables comparison between two or more signals, giving learners the ability to study synchronization, correlation, and cause-effect relationships within a circuit.
Durability and reliability are also key features of a digital oscilloscope used in academic environments. Built with robust materials and precision technology, it withstands regular use in laboratory settings while maintaining accuracy. The compact and portable design allows it to be easily integrated into different lab setups, whether for individual learning stations or group demonstrations. Since it does not rely on manual calibration as often as analog devices, it ensures consistent results, thereby reducing errors in experimental analysis. The digital format also makes it easier for students to learn modern-day applications since most industry and research environments use digital oscilloscopes rather than analog versions.
Beyond scientific experiments, the digital oscilloscope also plays an important role in educational projects and exhibitions. It helps students demonstrate real-time data in an engaging way, allowing them to present practical aspects of their work more effectively. Its combination of precision, modern features, and ease of use ensures that students gain both theoretical insight and practical competence, preparing them for professional applications in electronics, electrical engineering, and research fields.
Elastic Material Kit
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₹ 2400 / Piece Get Latest Price
| Usage/Application | To explore the fundamental concept of elasticity through hands-on classroom experiment |
| Material | springs, rubber blocks, wire, rubber cord, tube |
| Packaging Type | Zip Lock Bags |
| Size | 130 x 50 x 50 mm 2 latex foam blocks |
| Brand | A.S.Int'L |
| Country of Origin | Made in India |
Minimum order quantity: 10 Piece
The Elastic Material Kit is a thoughtfully designed educational apparatus created to help students and educators explore the fundamental concept of elasticity through hands-on classroom experiments. This kit provides a diverse collection of high-quality materials that allow learners to practically understand how different objects behave when subjected to stretching, compression, and other forms of stress. By offering a range of elastic and non-elastic items, it enables comprehensive demonstrations of the laws of elasticity, Hooke’s law, stress-strain relationships, and the difference between elastic and plastic deformation. Such a kit is indispensable in school and college laboratories, as it bridges the gap between theoretical knowledge and experimental application, ensuring that students grasp essential physics concepts more effectively.The components of the kit are carefully chosen to facilitate varied and engaging experiments. Latex foam blocks are included to demonstrate compressibility and resilience, while elastic cords with eyelets make it easy to test extension under different loads. The inclusion of rubber tubing and cords further allows learners to examine the differences in elasticity between natural rubber materials and synthetic alternatives. Copper wire reels in two diameters provide opportunities to study the behavior of metallic substances when stressed, showing how materials may permanently deform after surpassing the elastic limit. Steel strings and expandable springs enhance the learning experience by allowing experiments with greater tension and extension, making the concept of elastic limits and restoring force more tangible for students. With such a variety of components, this kit supports structured lessons as well as open-ended explorations, making it a versatile tool for educators.The Elastic Material Kit not only helps in demonstrating elasticity in an engaging way but also encourages critical thinking and problem-solving. Students can record observations, plot graphs of force versus extension, and compare different materials, thereby strengthening their understanding of experimental physics and data analysis. By performing these experiments, learners develop deeper insights into the properties of everyday materials, from metals to polymers, and the role elasticity plays in science, engineering, and technology. This hands-on approach instills curiosity and makes learning more interactive, especially when compared to conventional textbook-based teaching.Made with durable and reliable components, the kit is designed to withstand repeated use in classroom environments, ensuring long-term utility for physics educators. The precision of the provided materials allows for accurate demonstrations, while the variety ensures that lessons remain engaging and dynamic for students of different levels. Ideal for both school and college laboratories, the Elastic Material Kit is an essential resource for teachers aiming to deliver impactful and practical lessons on elasticity. It fosters experiential learning, which is vital in making abstract scientific principles more relatable and easier to comprehend. Overall, this kit is an excellent investment for any educational institution, offering a complete solution for teaching elasticity through practical exploration and experimentation.
Electric Motor Model
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₹ 1500 / Piece Get Latest Price
| Subject | Physics |
| Model Type | Working Model |
| Class Level | Primary |
| Material | Plastic, Paper Board |
| Mounting | Table Top |
Electric motor models are used everywhere, converting electrical energy to mechanical motion for everything from tiny devices like watches and computers (hard drives) to massive applications like marine propulsion, electric vehicles (EVs), industrial robots, MRI machines, fans, pumps, and household appliances (washers, mixers) for daily convenience and industrial automation. They power motion in conveyor belts, escalators, air conditioners, and even act as generators for energy recovery in regenerative braking.
Collapsible Tube Filling Machine
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₹ 12000 / Piece Get Latest Price
| Capacity | 30 TPM |
| Machine Type | Manual |
| Usage/ Application | Pharmaceutical Industry |
| Driven Type | Hydraulic |
| Material | Stainless Steel |
- Precise & Consistent Filling: Engineered for high accuracy, these machines ensure uniform filling volumes for products like creams, gels, pastes, and ointments, minimizing waste and ensuring product integrity across every tube.
- Versatile Tube Compatibility: Capable of handling a wide range of tube materials (plastic, laminated, aluminum) and various tube sizes/diameters, allowing for flexible production across diverse product lines and packaging needs.
- Automated Sealing & Coding: Integrates advanced sealing mechanisms (heat sealing for plastic/laminated, crimping/folding for aluminum) and often includes automated coding for batch numbers and dates, ensuring sealed, ready-to-market products.
- High-Speed & Efficient Production: Designed for rapid operation, these machines significantly boost production efficiency compared to manual methods, leading to higher output, reduced labor costs, and improved overall profitability.
Fume Hood Cupboard
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₹ 22000 / Piece Get Latest Price
| Outer material | MS powder coated |
| Worktop material | Granite |
| Country of Origin | Made in India |
| Usage/Application | Laboratory |
| Material | Stainless Steel |
| Finish | Powder Coated |
| Frequency | 50 Hz |
| Voltage | 230V |
Minimum order quantity: 1 Piece
The Fume Hood Cupboard is a crucial piece of laboratory safety equipment engineered to provide a controlled and ventilated workspace for handling volatile chemicals, hazardous vapors, and toxic gases. Constructed from high-quality stainless steel and featuring a durable paint-coated finish, this fume hood combines structural integrity with long-lasting performance, making it suitable for various laboratory environments including educational institutions, research facilities, pharmaceutical labs, and industrial settings. Designed with user safety and operational efficiency in mind, this fume hood ensures that harmful airborne contaminants are effectively extracted away from the user through a reliable ventilation system.
Operating on a standard voltage of 220V and a frequency of 50 Hz, the fume hood cupboard functions seamlessly in standard electrical setups, requiring no additional configurations. It features an internal exhaust system that draws contaminated air through filters or duct systems, preventing exposure to dangerous fumes and maintaining a clean air environment. The airflow within the hood is calibrated to maintain negative pressure, ensuring that all hazardous emissions are directed away from the user and towards the exhaust mechanism. This not only enhances the safety of laboratory personnel but also helps in maintaining regulatory compliance with health and safety standards.
The fume hood cupboard is ergonomically designed to allow ease of use during complex experimental procedures. It features a spacious interior work surface that supports a wide variety of laboratory tasks, including titrations, solvent mixing, and reaction experiments involving volatile substances. The front sash window, typically made of shatter-resistant glass, allows for clear visibility while providing a protective barrier between the operator and the chemicals being used. The window can be adjusted vertically to accommodate various working heights and to allow the safe insertion of laboratory apparatus.
In terms of construction, the stainless steel body offers superior corrosion resistance, especially in environments exposed to acids, alkalis, and organic solvents. The paint-coated finish adds an extra layer of protection while enhancing the aesthetic appeal of the unit. This makes the fume hood not only functionally robust but also easy to maintain and clean, ensuring a hygienic work surface for repeated experimental use. Additionally, the internal surfaces are often designed with smooth edges and chemical-resistant coatings to facilitate hassle-free decontamination after each use.
From an energy efficiency standpoint, the unit is engineered to provide optimal ventilation with minimal power consumption. This contributes to reducing the overall operational costs of laboratories while supporting sustainable and eco-friendly practices. It also includes essential features such as lighting fixtures inside the hood to illuminate the workspace, and may optionally support gas, water, or vacuum line integration, depending on the specific model and user requirements.
Overall, the Fume Hood Cupboard is an indispensable tool for laboratories that prioritize safety, reliability, and compliance. Its robust stainless steel construction, efficient air handling system, and user-centric design make it a preferred choice for professionals handling hazardous or flammable materials. Whether used for routine laboratory testing or advanced chemical synthesis, this fume hood provides the protective barrier and environmental control necessary to safeguard both the user and the integrity of the experiment.
Operating on a standard voltage of 220V and a frequency of 50 Hz, the fume hood cupboard functions seamlessly in standard electrical setups, requiring no additional configurations. It features an internal exhaust system that draws contaminated air through filters or duct systems, preventing exposure to dangerous fumes and maintaining a clean air environment. The airflow within the hood is calibrated to maintain negative pressure, ensuring that all hazardous emissions are directed away from the user and towards the exhaust mechanism. This not only enhances the safety of laboratory personnel but also helps in maintaining regulatory compliance with health and safety standards.
The fume hood cupboard is ergonomically designed to allow ease of use during complex experimental procedures. It features a spacious interior work surface that supports a wide variety of laboratory tasks, including titrations, solvent mixing, and reaction experiments involving volatile substances. The front sash window, typically made of shatter-resistant glass, allows for clear visibility while providing a protective barrier between the operator and the chemicals being used. The window can be adjusted vertically to accommodate various working heights and to allow the safe insertion of laboratory apparatus.
In terms of construction, the stainless steel body offers superior corrosion resistance, especially in environments exposed to acids, alkalis, and organic solvents. The paint-coated finish adds an extra layer of protection while enhancing the aesthetic appeal of the unit. This makes the fume hood not only functionally robust but also easy to maintain and clean, ensuring a hygienic work surface for repeated experimental use. Additionally, the internal surfaces are often designed with smooth edges and chemical-resistant coatings to facilitate hassle-free decontamination after each use.
From an energy efficiency standpoint, the unit is engineered to provide optimal ventilation with minimal power consumption. This contributes to reducing the overall operational costs of laboratories while supporting sustainable and eco-friendly practices. It also includes essential features such as lighting fixtures inside the hood to illuminate the workspace, and may optionally support gas, water, or vacuum line integration, depending on the specific model and user requirements.
Overall, the Fume Hood Cupboard is an indispensable tool for laboratories that prioritize safety, reliability, and compliance. Its robust stainless steel construction, efficient air handling system, and user-centric design make it a preferred choice for professionals handling hazardous or flammable materials. Whether used for routine laboratory testing or advanced chemical synthesis, this fume hood provides the protective barrier and environmental control necessary to safeguard both the user and the integrity of the experiment.
Glass Capillary Tube
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₹ 10 / Piece Get Latest Price
| Usage/Application | Chemical Laboratory |
| Material | Glass |
| Color | White |
| Brand | A.S. Int'l |
| Country of Origin | Made in India |
| Shape | Pipe |
| Product Type | Laboratory Tubes |
Minimum order quantity: 1000 Piece
The Glass Capillary Tube is a fundamental piece of laboratory equipment widely used in chemical, physical, and biological experiments, especially those involving surface tension, viscosity, and fluid dynamics. Crafted from high-quality, transparent glass, this precision tube is an essential component in laboratories that demand accurate measurements, clear observation, and consistent performance. Its pipe-like shape, combined with a narrow internal bore and smooth surface, ensures reliable functionality in a range of scientific applications, particularly in analytical chemistry and capillary action studies. Designed specifically for chemical laboratory use, this glass tube meets the rigorous standards of professional and academic research environments.
Made from durable, heat-resistant borosilicate glass, the capillary tube exhibits excellent chemical stability and resistance to thermal shock, making it suitable for a wide variety of temperature-sensitive and reactive chemical procedures. Its transparent nature allows scientists and researchers to closely monitor the movement of fluids within the tube, which is critical in experiments that depend on visual data and exact capillary rise or depression observations. The uniform diameter along the length of the tube contributes to precise and repeatable experimental results, which is crucial for experiments involving fluid flow, liquid interface, or sample transport in chromatography.
The white-colored appearance of the glass enhances visibility during certain types of reactions or when used in conjunction with colored fluids, improving contrast for better visual accuracy. This helps users to clearly observe changes in fluid level, behavior under capillary force, or rate of liquid movement due to various physical factors. Additionally, the glass material used ensures that the tube remains inert and non-reactive with most chemicals, acids, and solvents, making it a highly versatile choice for a range of laboratory protocols.
The tube’s shape is designed for easy handling, insertion into experimental setups, and compatibility with supporting equipment like micrometer screw gauges or mounting clamps. It can be conveniently used in conjunction with manometers, viscometers, or as part of apparatuses that demonstrate principles of surface tension, cohesion, and adhesion. Whether conducting educational demonstrations in a classroom setting or performing advanced scientific research, this glass capillary tube facilitates clear, precise, and reproducible results.
In academic settings, the Glass Capillary Tube plays a vital role in teaching the fundamental properties of liquids, molecular interactions, and capillary effects. It is commonly used in school and college labs to demonstrate phenomena such as capillary rise in different liquids, thus helping students understand key concepts in fluid mechanics and thermodynamics. It also serves practical use in laboratories involved in quality testing, pharmaceutical research, chemical formulations, and biotechnology experiments where liquid handling on a micro-scale is required.
The Glass Capillary Tube is not just a basic laboratory item but a critical tool that contributes to the accuracy, integrity, and clarity of experimental procedures. Its strength, chemical resistance, and adaptability make it a reliable asset in any scientific laboratory. Whether used for educational purposes or industrial research, this laboratory tube ensures precision, durability, and efficiency in every application it is employed in, making it an indispensable tool in modern scientific investigation and experimentation.
Made from durable, heat-resistant borosilicate glass, the capillary tube exhibits excellent chemical stability and resistance to thermal shock, making it suitable for a wide variety of temperature-sensitive and reactive chemical procedures. Its transparent nature allows scientists and researchers to closely monitor the movement of fluids within the tube, which is critical in experiments that depend on visual data and exact capillary rise or depression observations. The uniform diameter along the length of the tube contributes to precise and repeatable experimental results, which is crucial for experiments involving fluid flow, liquid interface, or sample transport in chromatography.
The white-colored appearance of the glass enhances visibility during certain types of reactions or when used in conjunction with colored fluids, improving contrast for better visual accuracy. This helps users to clearly observe changes in fluid level, behavior under capillary force, or rate of liquid movement due to various physical factors. Additionally, the glass material used ensures that the tube remains inert and non-reactive with most chemicals, acids, and solvents, making it a highly versatile choice for a range of laboratory protocols.
The tube’s shape is designed for easy handling, insertion into experimental setups, and compatibility with supporting equipment like micrometer screw gauges or mounting clamps. It can be conveniently used in conjunction with manometers, viscometers, or as part of apparatuses that demonstrate principles of surface tension, cohesion, and adhesion. Whether conducting educational demonstrations in a classroom setting or performing advanced scientific research, this glass capillary tube facilitates clear, precise, and reproducible results.
In academic settings, the Glass Capillary Tube plays a vital role in teaching the fundamental properties of liquids, molecular interactions, and capillary effects. It is commonly used in school and college labs to demonstrate phenomena such as capillary rise in different liquids, thus helping students understand key concepts in fluid mechanics and thermodynamics. It also serves practical use in laboratories involved in quality testing, pharmaceutical research, chemical formulations, and biotechnology experiments where liquid handling on a micro-scale is required.
The Glass Capillary Tube is not just a basic laboratory item but a critical tool that contributes to the accuracy, integrity, and clarity of experimental procedures. Its strength, chemical resistance, and adaptability make it a reliable asset in any scientific laboratory. Whether used for educational purposes or industrial research, this laboratory tube ensures precision, durability, and efficiency in every application it is employed in, making it an indispensable tool in modern scientific investigation and experimentation.
150mm Mild Steel Hot Plate
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₹ 1450 / Piece Get Latest Price
| Size/Diameter | 150mm |
| Material | Mild Steel |
| Usage/Application | For Laboratory Purpose |
| Shape | Round |
| Country of Origin | Made in India |
| Is It Portable | Yes |
| Operating Voltage | 220V AC 50Hz single phase. |
Minimum order quantity: 10 Piece
The 150mm Mild Steel Hot Plate is a versatile and reliable laboratory heating solution designed to meet the demands of modern scientific, academic, and industrial environments. Built with precision using high-quality mild steel, this hot plate offers excellent durability and thermal performance for a wide range of applications. Its 150mm square surface provides a compact yet efficient heating area, making it ideal for use on laboratory benches where space optimization is crucial. The hot plate is engineered to deliver uniform heat distribution across its surface, ensuring consistent results whether you're boiling liquids, preparing samples, or conducting chemical reactions.
Designed for laboratory use, this mild steel hot plate is highly resistant to corrosion, warping, and surface deformation, even under frequent exposure to high temperatures and reactive chemicals. The material choice enhances its longevity, making it a cost-effective tool for daily use in schools, colleges, research centers, and industrial labs. The smooth square surface ensures that flasks, beakers, and other glassware sit securely and receive even heating, thereby reducing the risk of accidents or inconsistent heating profiles.
One of the most appreciated features of the 150mm hot plate is its portability. Lightweight and compact, it can be easily moved and positioned according to lab layout or specific experimental needs. This makes it especially suitable for multi-station labs or mobile laboratory units where flexibility is required. Despite its compact form, the hot plate delivers robust heating performance, accommodating a wide range of laboratory vessels and heating protocols.
Safety and user-friendliness are at the core of its design. The hot plate remains stable during operation and features heat-resistant components that minimize the risk of burns or mishandling. Its temperature can typically be controlled through an external regulator (depending on model), allowing precise adjustments according to the sensitivity of the application. This is crucial for experiments that require stable and controlled heat levels, such as in titrations, evaporation, or distillation processes.
This hot plate is suitable for both academic and professional lab use. In educational institutions, it supports chemistry and biology practical sessions, while in research labs, it proves valuable for material testing, sample preparation, and process development. In industries, it plays a key role in quality control labs and production support activities. The rugged construction ensures that the unit can endure continuous daily operation without compromising on performance or safety.
The 150mm Mild Steel Hot Plate is readily available in stock, ensuring prompt delivery and integration into your laboratory workflow. Whether you're setting up a new lab or upgrading existing equipment, this hot plate provides an ideal balance of durability, performance, and ease of use. Its square shape, 150mm surface, and mild steel body make it a dependable tool that supports a broad range of laboratory heating applications. With its exceptional build quality, consistent heat output, and portable design, this hot plate is a valuable asset for anyone seeking reliable heating equipment in laboratory settings.
Designed for laboratory use, this mild steel hot plate is highly resistant to corrosion, warping, and surface deformation, even under frequent exposure to high temperatures and reactive chemicals. The material choice enhances its longevity, making it a cost-effective tool for daily use in schools, colleges, research centers, and industrial labs. The smooth square surface ensures that flasks, beakers, and other glassware sit securely and receive even heating, thereby reducing the risk of accidents or inconsistent heating profiles.
One of the most appreciated features of the 150mm hot plate is its portability. Lightweight and compact, it can be easily moved and positioned according to lab layout or specific experimental needs. This makes it especially suitable for multi-station labs or mobile laboratory units where flexibility is required. Despite its compact form, the hot plate delivers robust heating performance, accommodating a wide range of laboratory vessels and heating protocols.
Safety and user-friendliness are at the core of its design. The hot plate remains stable during operation and features heat-resistant components that minimize the risk of burns or mishandling. Its temperature can typically be controlled through an external regulator (depending on model), allowing precise adjustments according to the sensitivity of the application. This is crucial for experiments that require stable and controlled heat levels, such as in titrations, evaporation, or distillation processes.
This hot plate is suitable for both academic and professional lab use. In educational institutions, it supports chemistry and biology practical sessions, while in research labs, it proves valuable for material testing, sample preparation, and process development. In industries, it plays a key role in quality control labs and production support activities. The rugged construction ensures that the unit can endure continuous daily operation without compromising on performance or safety.
The 150mm Mild Steel Hot Plate is readily available in stock, ensuring prompt delivery and integration into your laboratory workflow. Whether you're setting up a new lab or upgrading existing equipment, this hot plate provides an ideal balance of durability, performance, and ease of use. Its square shape, 150mm surface, and mild steel body make it a dependable tool that supports a broad range of laboratory heating applications. With its exceptional build quality, consistent heat output, and portable design, this hot plate is a valuable asset for anyone seeking reliable heating equipment in laboratory settings.
Amplitude Modulation & Demodulation Kit
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₹ 2800 / Piece Get Latest Price
| Modulation Scheme | AM |
| Circuit Type | Discrete Component |
| Carrier Frequency | 100 kHz |
| Message Signal | Sine |
| Demodulation Type | Envelope Detector |
| Power Supply | ±12 V DC |
| Panel Type | Screen Printed |
| Trainer Level | Diploma Level |
| Measurement Points | Test Points |
Minimum order quantity: 1 Piece
- DMM Measurement of AC & DC Current
- EMM Measurement of AC & DC Voltage
- EMM Measurement of Ac & Dc Current
- Signal Conditioner & I/P Circuit
- Time base with Crystal Control
- Gate & Reset Control Unit
- % Digital Display Unit Decoder Latch & Decade Pulse Counter
Stainless Steel Tvet Lab Equipment, For School,College polytechnical DVET Vocational
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₹ 150000 / Piece Get Latest Price
| Capacity | 1000 |
| Model | TVET-DVET-VOCATIONAL-003 |
| Brand | AS international AMBALA |
| Mains Supply | 220 V AC |
| Good Quality | Yes TVET Compliant |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
A.S. International Ambala – Government Recognized Startup
A.S. International Ambala is a leading manufacturer of Technical and Vocational Education and Training (TVET) laboratory equipment in India. We focus on empowering practical skills development and vocational training by crafting high-quality instruments for technical education institutions, vocational training centers, and industrial skill development programs.
Our comprehensive range covers electrical, mechanical, automotive, welding, instrumentation, and other key disciplines. Every solution is engineered for precision, durability, and educational effectiveness, earning trust from educators and industry professionals in polytechnic labs, engineering colleges, industrial settings, and school science labs.
We are committed to advancing technical and vocational education with innovative and accessible laboratory solutions. Our catalogue spans from basic training tools to advanced industrial-grade equipment—all designed to support hands-on learning and real skills acquisition.
Why Choose A.S. International Ambala?
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Turnkey projects
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Custom equipment
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Competitive pricing
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In-stock availability with fast delivery
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Global standards and certifications
Empower learners and workforce with industry-standard TVET lab solutions—making skill development more impactful and future-ready.
Underline your institution’s reputation by partnering with A.S. International Ambala for all your TVET, STEM, and skill development lab needs.
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Choose A.S. International Ambala to advance your lab, empower your students, and build a skilled workforce for tomorrow.
Fully Autoclavable Micropipette
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₹ 4200 / Piece Get Latest Price
| Capacity | 0.01 ml |
| Volume Increment | 0.01 microlitre |
| Brand | A.S Int'l |
| Material | Plastic |
| Autoclavable | Yes |
| Volume Display | Yes |
| Volume Adjustment | Yes |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
A fully autoclavable micropipette is an essential precision instrument designed for laboratories and educational environments where accuracy, sterility, and durability are crucial. This high-performance single-channel micropipette is engineered to handle micro volumes with exceptional precision, making it suitable for a wide range of applications in molecular biology, microbiology, biochemistry, clinical diagnostics, and student training programs. Its fully autoclavable and UV-resistant construction ensures long-lasting use while maintaining sterility, making it ideal for repeated applications in teaching and research laboratories. Certified with the “CE” mark, it meets global safety and performance standards, giving users confidence in its reliability and accuracy.The micropipette features an advanced click-stop system for digital volume setting, allowing users to adjust volumes with accuracy and minimal risk of error. Its ergonomic design ensures lightweight handling and smooth plunger operation, reducing strain during extended use. The two-step plunger mechanism is particularly valuable, as it allows both standard and reverse pipetting techniques, giving researchers and students flexibility in handling different types of samples, including viscous or volatile solutions. Every unit comes with a calibration report, ensuring accuracy and compliance with international standards such as DIN 12650 and EN-ISO 8655. This guarantees that the pipette consistently delivers high levels of precision, a critical factor in experiments where even the smallest variation can affect results.The variable micropipette range is extensive, covering volumes from as low as 0.1 µl to as high as 10,000 µl, ensuring suitability for both delicate micro-volume dispensing and larger-scale liquid handling. With variable increments, such as 0.01 µl for ultra-low volumes and up to 100 µl for higher capacities, this micropipette adapts seamlessly to a wide variety of experimental needs. The availability of multiple models under specific catalog numbers makes it easy for laboratories and institutions to choose the exact pipette required for their applications, thus enhancing efficiency and accuracy in laboratory workflows.In addition to variable micropipettes, fixed-volume micropipettes are also available in this series, offering precise delivery for dedicated applications where consistent volume transfer is necessary. Fixed models range from 2.5 µl to 10,000 µl, ensuring a comprehensive selection for routine laboratory use. These pipettes are ideal for educational environments where students are being trained in precise pipetting techniques, as fixed settings help minimize errors and provide consistent results in repetitive tasks. Both variable and fixed options are manufactured with the same focus on ergonomic comfort, durability, and high precision, making them versatile tools in academic and research laboratories alike.The design emphasizes not only accuracy but also user comfort, ensuring that long hours of pipetting do not lead to fatigue. The combination of soft plunger movement, secure grip, and lightweight structure makes the micropipette easy to handle, even for beginners learning laboratory techniques. For research professionals, the guarantee of reproducibility and compliance with international calibration standards ensures the reliability needed in advanced experimental work.By offering a blend of precision, durability, and ergonomic excellence, the fully autoclavable micropipette serves as an indispensable educational and laboratory tool. Whether used for student training, routine experiments, or advanced research, it delivers accuracy, efficiency, and long-term performance, setting a benchmark in modern laboratory equipment.
Auxiliary Items Slides Standard plain glass slide. (Packet of 24 slides)
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₹ 25 / Pack Get Latest Price
| Dimension | 76mmx26mmx0.5mm |
| Thickness | 0.5mm |
| Box Contain | Packet of 24 slides |
| Width | 26mm |
| Country of Origin | Made in India |
Minimum order quantity: 10 Pack
The Standard Plain Glass Slides, offered in a convenient packet of 24, are an indispensable resource in the field of science education and laboratory research, particularly within biology, microbiology, and medical training. These slides are crafted from high-quality, transparent glass to ensure clarity and precision during microscopic observation, making them an essential tool for schools, colleges, and professional laboratories. Designed for durability and ease of use, each slide provides a flawless surface ideal for preparing, mounting, and examining specimens under a microscope. Their uniform size and finish allow for consistent and accurate results, which is vital in both teaching and professional laboratory environments. The packet of 24 ensures that students and researchers always have a sufficient supply at hand for multiple experiments, group learning activities, and repeated use, adding value and convenience to every laboratory setup.
In educational contexts, glass slides serve as the foundation for a variety of classroom experiments and practical demonstrations. Students learning biology can use them to prepare temporary or permanent mounts of plant tissues, animal cells, microorganisms, and other specimens for observation. By using these plain slides, learners develop essential laboratory skills such as specimen preparation, staining, and mounting, which are critical for deeper scientific understanding. The clear, smooth surface of the slides provides an unobstructed view, allowing students to observe fine details under the microscope with minimal distortion. This hands-on learning experience not only strengthens theoretical concepts but also nurtures curiosity and scientific thinking, which is why these glass slides are considered an essential component of school and college science labs.
The robust quality of the glass makes these slides reusable with proper cleaning, offering long-term value for educational institutions and laboratories. They resist chipping and scratching under normal usage, ensuring that the slides maintain their clarity over time. Their plain, uncoated design allows flexibility in application, as they can be used with various mounting mediums and staining techniques. Whether it is simple water mounts, iodine-stained samples, or advanced histological preparations, these slides provide a reliable base for countless scientific applications. The precision and consistency of the glass thickness also ensure compatibility with a wide range of microscopes, from basic educational models to more advanced laboratory-grade instruments.
Beyond classrooms, these plain glass slides are equally important in professional settings such as clinical laboratories, research facilities, and training centers. In medical training, for instance, they are used to examine blood smears, tissue sections, and bacterial cultures, helping students and professionals alike build vital diagnostic skills. In research laboratories, they serve as a crucial medium for preparing specimens that contribute to scientific discoveries and innovations. Their simplicity makes them versatile for different fields of study, from zoology and botany to microbiology and pathology, making them one of the most universally applicable tools in laboratory practice.
The packet of 24 slides is thoughtfully packaged to prevent breakage during transport and storage, ensuring that every piece arrives in perfect condition. This quantity makes it ideal for group work in classrooms where multiple students conduct experiments simultaneously, as well as for laboratories that require frequent slide preparation. Easy to clean and sterilize, they support sustainable usage, reducing the recurring cost of consumables in educational and research institutions. Their availability in bulk also ensures smooth workflow in laboratories where efficiency and preparedness are essential.
In educational contexts, glass slides serve as the foundation for a variety of classroom experiments and practical demonstrations. Students learning biology can use them to prepare temporary or permanent mounts of plant tissues, animal cells, microorganisms, and other specimens for observation. By using these plain slides, learners develop essential laboratory skills such as specimen preparation, staining, and mounting, which are critical for deeper scientific understanding. The clear, smooth surface of the slides provides an unobstructed view, allowing students to observe fine details under the microscope with minimal distortion. This hands-on learning experience not only strengthens theoretical concepts but also nurtures curiosity and scientific thinking, which is why these glass slides are considered an essential component of school and college science labs.
The robust quality of the glass makes these slides reusable with proper cleaning, offering long-term value for educational institutions and laboratories. They resist chipping and scratching under normal usage, ensuring that the slides maintain their clarity over time. Their plain, uncoated design allows flexibility in application, as they can be used with various mounting mediums and staining techniques. Whether it is simple water mounts, iodine-stained samples, or advanced histological preparations, these slides provide a reliable base for countless scientific applications. The precision and consistency of the glass thickness also ensure compatibility with a wide range of microscopes, from basic educational models to more advanced laboratory-grade instruments.
Beyond classrooms, these plain glass slides are equally important in professional settings such as clinical laboratories, research facilities, and training centers. In medical training, for instance, they are used to examine blood smears, tissue sections, and bacterial cultures, helping students and professionals alike build vital diagnostic skills. In research laboratories, they serve as a crucial medium for preparing specimens that contribute to scientific discoveries and innovations. Their simplicity makes them versatile for different fields of study, from zoology and botany to microbiology and pathology, making them one of the most universally applicable tools in laboratory practice.
The packet of 24 slides is thoughtfully packaged to prevent breakage during transport and storage, ensuring that every piece arrives in perfect condition. This quantity makes it ideal for group work in classrooms where multiple students conduct experiments simultaneously, as well as for laboratories that require frequent slide preparation. Easy to clean and sterilize, they support sustainable usage, reducing the recurring cost of consumables in educational and research institutions. Their availability in bulk also ensures smooth workflow in laboratories where efficiency and preparedness are essential.
Glass Distillation Apparatus
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₹ 3800 / Piece Get Latest Price
| Capacity | 250 ml |
| Material | Borosilicate Glass |
| Set Type | Simple Distillation |
| Included Parts | Flask, Condenser |
| Flask Shape | Round Bottom |
| Condenser Type | Liebig |
| No Of Joints | 6 |
Minimum order quantity: 1 Piece
The glass distillation apparatus is a fundamental piece of laboratory equipment designed to support clear, accurate, and repeatable separation of liquid mixtures based on differences in boiling points. Widely used in educational institutions, research laboratories, and teaching environments, this simple distillation setup provides students and researchers with a reliable way to demonstrate and perform core concepts in chemistry, chemical engineering, and laboratory science. Crafted entirely from high-quality borosilicate glass, the apparatus offers excellent chemical resistance and thermal stability, making it suitable for routine academic experiments as well as advanced instructional demonstrations. Its transparency allows learners to visually observe vapor formation, condensation, and collection, reinforcing theoretical principles through hands-on learning and improving conceptual understanding of distillation processes.
The apparatus includes all essential components required to conduct basic distillation experiments efficiently and safely. A round bottom flask serves as the boiling vessel, ensuring uniform heat distribution during heating and minimizing the risk of localized thermal stress. The still head, equipped with thermometer support, enables accurate monitoring of vapor temperature, which is critical for identifying boiling points and ensuring precise separation of components. The Liebig condenser provides efficient cooling and condensation of vapors through a straight-through water jacket design, promoting consistent liquid recovery even during extended experimental runs. A receiver adapter directs the condensed liquid smoothly into a collection vessel, reducing loss and maintaining a clean workflow, while secure joint connections help maintain system integrity during operation.
Manufactured from borosilicate 3.3 glass, the distillation apparatus is specifically engineered to withstand high temperatures and sudden thermal changes commonly encountered in laboratory settings. Its low thermal expansion and superior durability make it resistant to cracking under repeated heating and cooling cycles, ensuring long-term usability in academic laboratories. The material is also autoclavable, allowing thorough sterilization when required for sensitive experiments or shared laboratory environments. This level of durability and safety is especially important in educational settings, where equipment is frequently handled by students at varying skill levels.
From an educational perspective, this glass distillation apparatus plays a vital role in teaching fundamental laboratory techniques such as purification of liquids, separation of volatile components, and recovery of solvents. It is commonly used in undergraduate and postgraduate chemistry courses, practical laboratory exams, and instructional demonstrations in schools, colleges, and universities. Beyond academic instruction, the apparatus is also suitable for basic research applications, quality testing, and training programs where understanding simple distillation is essential. Its standardized joint sizes allow compatibility with other laboratory glassware, enabling flexible integration into existing setups and experimental designs.
Designed with both performance and learning outcomes in mind, this simple distillation apparatus supports accurate results while maintaining ease of use. The robust construction, precise fit of components, and high optical clarity make it a dependable choice for educational institutions seeking reliable laboratory equipment. By combining safety, durability, and instructional value, the glass distillation apparatus remains an indispensable tool for teaching and practicing essential distillation techniques across a wide range of scientific disciplines.
The apparatus includes all essential components required to conduct basic distillation experiments efficiently and safely. A round bottom flask serves as the boiling vessel, ensuring uniform heat distribution during heating and minimizing the risk of localized thermal stress. The still head, equipped with thermometer support, enables accurate monitoring of vapor temperature, which is critical for identifying boiling points and ensuring precise separation of components. The Liebig condenser provides efficient cooling and condensation of vapors through a straight-through water jacket design, promoting consistent liquid recovery even during extended experimental runs. A receiver adapter directs the condensed liquid smoothly into a collection vessel, reducing loss and maintaining a clean workflow, while secure joint connections help maintain system integrity during operation.
Manufactured from borosilicate 3.3 glass, the distillation apparatus is specifically engineered to withstand high temperatures and sudden thermal changes commonly encountered in laboratory settings. Its low thermal expansion and superior durability make it resistant to cracking under repeated heating and cooling cycles, ensuring long-term usability in academic laboratories. The material is also autoclavable, allowing thorough sterilization when required for sensitive experiments or shared laboratory environments. This level of durability and safety is especially important in educational settings, where equipment is frequently handled by students at varying skill levels.
From an educational perspective, this glass distillation apparatus plays a vital role in teaching fundamental laboratory techniques such as purification of liquids, separation of volatile components, and recovery of solvents. It is commonly used in undergraduate and postgraduate chemistry courses, practical laboratory exams, and instructional demonstrations in schools, colleges, and universities. Beyond academic instruction, the apparatus is also suitable for basic research applications, quality testing, and training programs where understanding simple distillation is essential. Its standardized joint sizes allow compatibility with other laboratory glassware, enabling flexible integration into existing setups and experimental designs.
Designed with both performance and learning outcomes in mind, this simple distillation apparatus supports accurate results while maintaining ease of use. The robust construction, precise fit of components, and high optical clarity make it a dependable choice for educational institutions seeking reliable laboratory equipment. By combining safety, durability, and instructional value, the glass distillation apparatus remains an indispensable tool for teaching and practicing essential distillation techniques across a wide range of scientific disciplines.
Full Fowler Bed MS Panel
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₹ 7500 / Piece Get Latest Price
| Operation Mode | Electric |
| Crank Type | Two Crank |
| Frame Material | Mild Steel |
| Safe Load | 150 kg |
| Wheel Diameter | 100 mm |
| Backrest Angle | 0-70 Deg |
| Knee Rest Angle | 0-40 Deg |
Minimum order quantity: 10 Piece
Full Flower Bed MS Panel, Frame work of bed is made of Rectangular Tube.
4 Section top made of CRCA perforated Sheet.
Tubular Head & Foot Bows are of unequal height with vertical tubular supports.
Bed is mounted on 100mm Dia Castor, 2 with brakes.
Holder for Urine bag.
Backrest & Kneerest elevation positions obtained by Smooth Crank System with foldable handles.
4 location for IV Rods
We are Manufacturer & Exporter of Full Flower Bed MS Panel
Full Fowler Bed Abs Panels & Abs Railing
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₹ 28499.00 / Piece Get Latest Price
| Operation Mode | Manual |
| Frame Material | Mild Steel |
| Top Type | Perforated Sheet |
| Side Railing | ABS Railing |
| Safe Load | 150 kg |
| Height From Floor | 600 mm |
Minimum order quantity: 10 Piece
Full Fowler Bed Abs Panels & Abs Railing, Frame work of bed is made of Rectangular Tube.
4 Section top made of CRCA perforated Sheet.
ABS moulded Head and Foot panel .
Bed is mounted on 100mm Dia Castor, 2 with brakes.
Holder for Urine bag.
SS Telescopic I.V Rod with four location.
Backrest & Kneerest elevation positions obtained by Smooth Crank System with foldable handles.
ABS 4 section safety side railings with angle indicator.
We are Manufacturer & Exporter of Full Fowler Bed Abs Panels & Abs Railing
Semi Fowler Bed Abs Panels Without Wheels
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₹ 9000 / Piece Get Latest Price
| Operation Mode | Manual |
| Frame Material | Stainless Steel |
| Top Type | ABS Top |
| Safe Load | 150 kg |
| Backrest Angle | 0-70 Deg |
| Height From Floor | 550 mm |
Minimum order quantity: 10 Piece
Semi Fowler Bed Abs Panels Without Wheels, Frame work of bed is made of Rectangular Tube.
2 Section Top is made of perforated sheet.
Backrest positions obtained by Smooth Crank System with handle.
ABS moulded Head and Foot panels .
Legs mounted on hard rubber.
We are Manufacturer & Exporter of Semi Fowler Bed Abs Panels Without Wheels
Semi Fowler Bed Ss Panels Without Wheels
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₹ 16145 / Piece Get Latest Price
| Operation Mode | Manual |
| Crank Type | Two Crank |
| Frame Material | Stainless Steel |
| Side Railing | No Railing |
| Safe Load | 150 kg |
| Backrest Angle | 0-70 Deg |
| Height From Floor | 600 mm |
Minimum order quantity: 10 Piece
Semi Fowler Bed Ss Panels Without Wheels, Frame work of bed is made of Rectangular Tube.
2 Section Top is made of perforated sheet.
Backrest positions obtained by Smooth Crank System with handle.
Laminated SS Head and Foot panels .
Legs mounted on hard rubber.
We are Manufacturer & Exporter of Semi Fowler Bed Ss Panels Without Wheels
Blue Star Microscope Slide
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₹ 47 / Piece Get Latest Price
| Slide Size | 75 x 25 mm |
| Material | Soda Lime Glass |
| Edges | Ground Edges |
| Thickness | 1.0 mm |
| Pre Cleaning | Precleaned |
| Pack Size | 50 slides |
| Frosted End | Single Frosted |
Blue Star Microscope Slides are high-quality glass slides used across education, research, and diagnostics for mounting specimens like cells, tissues, and microorganisms, offering clarity for detailed study, frosted ends for labeling in medical labs, and specialized cavity slides for serology tests (VDRL) or cell cultures, essential for general lab work and scientific discovery.
Civil Lab Equipment
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₹ 2800 / Piece Get Latest Price
| Lab Type | Soil Lab |
| Equipment Type | Cube Mould |
| Operation Mode | Motorized |
| Capacity | 100 kN |
| Body Material | MS Powder Coated |
Civil lab equipment tests construction materials (soil, concrete, cement, asphalt) for quality, strength, and durability, ensuring structural safety through tools like compression testers, slump cones, CBR machines, and sieve shakers; while surveying tools like theodolites measure land for accurate project placement, all vital for quality control in construction, education, and research.
Orthopaedic Bed Full Fowler With Wheels
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₹ 18000 / Piece Get Latest Price
| Operation Mode | Manual |
| Crank Type | Two Crank |
| Frame Material | Mild Steel |
| Top Type | ABS Top |
| Wheel Diameter | 150 mm |
| Backrest Angle | 0-75 Deg |
| Knee Rest Angle | 0-40 Deg |
Minimum order quantity: 10 Piece
Frame work of bed is made of Rectangular Tube.
4 Section top made of CRCA perforated Sheet.
ABS moulded Head and Foot panel.
Bed is mounted on wheels.
Holder for Urine bag.
SS telescopic I.V Rod with four location.
Stainless Steel Orthopaedic attachment (without weight chain and weight hangers).
Backrest & Kneerest elevation positions obtained by Smooth Crank System with foldable handles.
We are Manufacturer & Exporter of Orthopaedic Bed Full Fowler With Wheels
Tincture Press Machine
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₹ 3850 / Piece Get Latest Price
| Country of Origin | Made in India |
| Material | Food grade SS container with Jali |
| Usage/Application | Laboratory |
| Tool Type | Dough Maker |
| Operating Voltage | 440 Volts |
| Warranty | 1 Year |
| Length | Height 15 inches. |
| WEIGHT | Approx 4 Kgs |
| Size | 8 inch x 5 inch |
Minimum order quantity: 10 Piece
The Tincture Press Machine is a high-performance, stainless steel laboratory apparatus designed to deliver precise and efficient extraction of tinctures in pharmaceutical and scientific environments. Engineered for reliability and durability, this machine offers a perfect blend of robust construction, user-friendly operation, and high-quality output. With its 1000mm length and compact footprint, it fits seamlessly into laboratory settings while maximizing space utilization. This press machine is ideal for researchers, lab technicians, and industrial pharmaceutical operators who require accurate and consistent tincture extraction from plant-based materials or other raw substances.
Crafted from premium-grade stainless steel, the Tincture Press Machine offers exceptional resistance to corrosion, rust, and chemical damage. The use of SS (stainless steel) not only ensures a long operational life but also maintains hygiene and cleanliness, which is vital in laboratory environments where contamination must be avoided at all costs. The machine’s smooth, polished surfaces allow for easy cleaning and maintenance, helping laboratories comply with strict safety and sanitation standards. The stainless steel body also adds to the aesthetic appeal of the machine, giving it a professional and modern appearance.
The machine operates on a powerful 440-volt electric supply, offering efficient and controlled pressing action to extract the maximum quantity of liquid tincture with minimal waste. This operating voltage ensures that the machine performs optimally under a variety of loads and processing volumes. It is equipped with a sturdy mechanism that delivers uniform pressure, making it suitable for processing various herbs, botanicals, and medicinal materials. Its reliable operation supports reproducibility in experimental protocols and industrial-scale tincture production.
A key advantage of this Tincture Press Machine is its ease of use. Designed with laboratory professionals in mind, the machine is intuitive to operate, reducing the learning curve and allowing users to achieve optimal results with minimal training. The ergonomic design and accessible components simplify loading, pressing, and extraction processes. It is an essential addition to any modern laboratory involved in pharmacognosy, herbal medicine research, or the preparation of liquid extracts for clinical and experimental use.
The machine also comes with a 1-year warranty, offering peace of mind to users and institutions. This warranty reflects the manufacturer’s confidence in the product’s performance, reliability, and construction quality. With proper usage and regular maintenance, the machine is expected to serve efficiently for years, making it a cost-effective investment for laboratories and pharmaceutical production units. Its availability in stock means it can be readily dispatched to meet urgent laboratory setup or upgrade requirements.
In summary, the Tincture Press Machine is a superior laboratory solution for extracting tinctures with precision and consistency. Built from high-grade stainless steel and powered by a robust 440-volt electric system, it combines durability, efficiency, and hygiene. Its 1000mm length ensures sufficient capacity without occupying excessive space, while the 1-year warranty assures long-term satisfaction. Whether for academic research, pharmaceutical manufacturing, or laboratory experiments, this machine provides a dependable and professional-grade option for tincture extraction, streamlining workflows and improving output quality across the board.
Crafted from premium-grade stainless steel, the Tincture Press Machine offers exceptional resistance to corrosion, rust, and chemical damage. The use of SS (stainless steel) not only ensures a long operational life but also maintains hygiene and cleanliness, which is vital in laboratory environments where contamination must be avoided at all costs. The machine’s smooth, polished surfaces allow for easy cleaning and maintenance, helping laboratories comply with strict safety and sanitation standards. The stainless steel body also adds to the aesthetic appeal of the machine, giving it a professional and modern appearance.
The machine operates on a powerful 440-volt electric supply, offering efficient and controlled pressing action to extract the maximum quantity of liquid tincture with minimal waste. This operating voltage ensures that the machine performs optimally under a variety of loads and processing volumes. It is equipped with a sturdy mechanism that delivers uniform pressure, making it suitable for processing various herbs, botanicals, and medicinal materials. Its reliable operation supports reproducibility in experimental protocols and industrial-scale tincture production.
A key advantage of this Tincture Press Machine is its ease of use. Designed with laboratory professionals in mind, the machine is intuitive to operate, reducing the learning curve and allowing users to achieve optimal results with minimal training. The ergonomic design and accessible components simplify loading, pressing, and extraction processes. It is an essential addition to any modern laboratory involved in pharmacognosy, herbal medicine research, or the preparation of liquid extracts for clinical and experimental use.
The machine also comes with a 1-year warranty, offering peace of mind to users and institutions. This warranty reflects the manufacturer’s confidence in the product’s performance, reliability, and construction quality. With proper usage and regular maintenance, the machine is expected to serve efficiently for years, making it a cost-effective investment for laboratories and pharmaceutical production units. Its availability in stock means it can be readily dispatched to meet urgent laboratory setup or upgrade requirements.
In summary, the Tincture Press Machine is a superior laboratory solution for extracting tinctures with precision and consistency. Built from high-grade stainless steel and powered by a robust 440-volt electric system, it combines durability, efficiency, and hygiene. Its 1000mm length ensures sufficient capacity without occupying excessive space, while the 1-year warranty assures long-term satisfaction. Whether for academic research, pharmaceutical manufacturing, or laboratory experiments, this machine provides a dependable and professional-grade option for tincture extraction, streamlining workflows and improving output quality across the board.
Laboratory Bod Incubator
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₹ 10000 / Piece Get Latest Price
| Number Of Shelves | 4 Shelves |
| Capacity | 250 liter |
| Chamber Volume | 20 litre |
| Color | Gray |
| Country of Origin | Made in India |
| Usages | Laboratory |
| Voltage | 230V |
| Frequency | 50Hz |
| Material | Mild Steel |
Minimum order quantity: 1 Piece
The Laboratory BOD Incubator with a 250-liter capacity and four adjustable shelves is an essential piece of equipment designed to meet the precise needs of biological and chemical research laboratories. This high-performance incubator is engineered to maintain a stable temperature environment for the incubation of biochemical oxygen demand (BOD) samples, microbial cultures, fermentation studies, and other controlled temperature experiments. Constructed from premium-grade mild steel, the unit offers excellent durability, longevity, and resistance to corrosion, making it ideal for long-term institutional and industrial laboratory use.
With a spacious internal capacity of 250 liters, this BOD incubator allows users to store a large number of samples at once, making it suitable for laboratories handling high sample volumes or requiring multi-condition incubation. The inclusion of four robust shelves offers ample storage and allows for organized sample placement while ensuring optimal air circulation within the chamber for uniform temperature distribution. Each shelf is crafted to hold a significant weight load, providing both flexibility and functionality during experiments involving multiple specimen containers or culture plates.
The incubator operates on a standard 230V supply and maintains a frequency of 50Hz, ensuring compatibility with most laboratory power systems. Its advanced temperature control system ensures precise thermal regulation, which is critical for reliable and reproducible experimental outcomes. Whether for microbial growth, tissue culture, or stability testing, the stable incubation conditions offered by this unit minimize temperature fluctuations, thereby reducing the risk of compromised results. The incubator's thermostat is designed for high sensitivity and accuracy, which is vital when conducting long-duration experiments where even minor temperature deviations can affect data integrity.
User convenience is further enhanced by its simple yet effective control interface, allowing lab technicians and researchers to easily monitor and adjust the operating conditions. The exterior of the BOD incubator is coated with a high-quality powder-coated finish, offering resistance to chemical spills and surface wear, while the internal chamber is insulated to reduce heat loss and improve energy efficiency. The design is not only practical but also space-efficient, making it a suitable fit for a variety of laboratory setups.
Safety features have also been integrated into the design, including over-temperature protection and insulated outer walls, which prevent the risk of accidental burns and ensure safe operation in busy laboratory environments. The doors are equipped with tight magnetic seals to prevent air leaks and temperature inconsistencies. Moreover, the transparent inner door provides visibility of the contents without opening the chamber, further helping to maintain internal conditions.
This 250-liter BOD incubator is ideal for a broad range of laboratory applications, including environmental studies, pharmaceuticals, agriculture, food testing, and biotechnology research. Its ability to accommodate diverse sample types, combined with reliable performance and energy efficiency, makes it a preferred choice among researchers and technicians. The incubator’s solid build quality, intelligent temperature control, and flexible storage make it a dependable asset for any modern laboratory aiming for consistent and accurate results in temperature-sensitive experiments
With a spacious internal capacity of 250 liters, this BOD incubator allows users to store a large number of samples at once, making it suitable for laboratories handling high sample volumes or requiring multi-condition incubation. The inclusion of four robust shelves offers ample storage and allows for organized sample placement while ensuring optimal air circulation within the chamber for uniform temperature distribution. Each shelf is crafted to hold a significant weight load, providing both flexibility and functionality during experiments involving multiple specimen containers or culture plates.
The incubator operates on a standard 230V supply and maintains a frequency of 50Hz, ensuring compatibility with most laboratory power systems. Its advanced temperature control system ensures precise thermal regulation, which is critical for reliable and reproducible experimental outcomes. Whether for microbial growth, tissue culture, or stability testing, the stable incubation conditions offered by this unit minimize temperature fluctuations, thereby reducing the risk of compromised results. The incubator's thermostat is designed for high sensitivity and accuracy, which is vital when conducting long-duration experiments where even minor temperature deviations can affect data integrity.
User convenience is further enhanced by its simple yet effective control interface, allowing lab technicians and researchers to easily monitor and adjust the operating conditions. The exterior of the BOD incubator is coated with a high-quality powder-coated finish, offering resistance to chemical spills and surface wear, while the internal chamber is insulated to reduce heat loss and improve energy efficiency. The design is not only practical but also space-efficient, making it a suitable fit for a variety of laboratory setups.
Safety features have also been integrated into the design, including over-temperature protection and insulated outer walls, which prevent the risk of accidental burns and ensure safe operation in busy laboratory environments. The doors are equipped with tight magnetic seals to prevent air leaks and temperature inconsistencies. Moreover, the transparent inner door provides visibility of the contents without opening the chamber, further helping to maintain internal conditions.
This 250-liter BOD incubator is ideal for a broad range of laboratory applications, including environmental studies, pharmaceuticals, agriculture, food testing, and biotechnology research. Its ability to accommodate diverse sample types, combined with reliable performance and energy efficiency, makes it a preferred choice among researchers and technicians. The incubator’s solid build quality, intelligent temperature control, and flexible storage make it a dependable asset for any modern laboratory aiming for consistent and accurate results in temperature-sensitive experiments
Tablet Hardness Pfizer Type Tester
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₹ 1800 / Piece Get Latest Price
| Material | Mild Steel |
| Country of Origin | Made in India |
| Size | 6inch (H) |
| Corrosion Resistance | Yes |
| Finish | Polished |
| Usage | To determine the breaking point and structural integrity of a tablet and find out how it changes |
Minimum order quantity: 10 Piece
The Tablet Hardness Pfizer Type Tester is a reliable and efficient laboratory instrument designed to accurately assess the mechanical strength of pharmaceutical tablets. Manufactured from high-grade mild steel, this device features a polished surface finish that not only adds to its durability but also provides a clean and professional appearance suitable for use in sophisticated laboratory environments. With a compact size of approximately 6 inches in height, it is an essential tool for any pharmaceutical quality control setup, research laboratory, or tablet manufacturing facility seeking precise and consistent hardness measurements.
This tester is specifically engineered to determine the breaking point and structural integrity of a tablet under controlled conditions. Its design mimics the pressure applied during real-world handling and packaging, helping researchers and manufacturers understand how a tablet will hold up throughout its life cycle—from production and transportation to consumption. The Pfizer type mechanism used in this instrument applies a consistent and measured force, allowing for repeatable and accurate results. This makes it a preferred choice among professionals for evaluating tablet formulations and ensuring compliance with regulatory standards.
Equipped with a corrosion-resistant construction, the Tablet Hardness Tester is suitable for long-term use, even in high-humidity lab environments or situations where it may come into contact with various compounds during routine testing. Its robust structure ensures stability during operation, which is critical for achieving dependable results. The precision of the pressure application makes it possible to study the impact of different tablet compositions, coatings, and compression methods, providing valuable data that informs formulation decisions.
One of the primary uses of this tester is to evaluate how changes in tablet composition affect their mechanical properties. By simulating the stress tablets experience in packaging, shipping, and patient handling, this instrument plays a crucial role in determining the ideal hardness range that balances structural integrity with the need for rapid disintegration during digestion. This data is fundamental to maintaining product quality, ensuring patient safety, and meeting regulatory compliance requirements in pharmaceutical production.
The ergonomic and user-friendly design of the device allows for simple manual operation, requiring minimal training for laboratory personnel. The operator places the tablet between the jaws of the tester and applies pressure using the built-in lever or handle. As the tablet is compressed, the device records the amount of force required to break it, typically measured in kilograms or Newtons. This data helps manufacturers ensure batch consistency, monitor formulation changes, and maintain high-quality production standards.
Ideal for both research and quality control applications, the Tablet Hardness Pfizer Type Tester is a must-have for institutions focused on pharmaceutical development and validation. Its sturdy design, corrosion resistance, and ease of use make it a dependable tool for consistent testing results. Whether used in a small-scale research lab or a large manufacturing facility, this device supports pharmaceutical scientists in optimizing tablet formulations for performance, durability, and patient usability. Through accurate tablet hardness testing, it enables a comprehensive understanding of how tablets respond to physical stress, thereby supporting the development of effective and reliable oral dosage forms.
This tester is specifically engineered to determine the breaking point and structural integrity of a tablet under controlled conditions. Its design mimics the pressure applied during real-world handling and packaging, helping researchers and manufacturers understand how a tablet will hold up throughout its life cycle—from production and transportation to consumption. The Pfizer type mechanism used in this instrument applies a consistent and measured force, allowing for repeatable and accurate results. This makes it a preferred choice among professionals for evaluating tablet formulations and ensuring compliance with regulatory standards.
Equipped with a corrosion-resistant construction, the Tablet Hardness Tester is suitable for long-term use, even in high-humidity lab environments or situations where it may come into contact with various compounds during routine testing. Its robust structure ensures stability during operation, which is critical for achieving dependable results. The precision of the pressure application makes it possible to study the impact of different tablet compositions, coatings, and compression methods, providing valuable data that informs formulation decisions.
One of the primary uses of this tester is to evaluate how changes in tablet composition affect their mechanical properties. By simulating the stress tablets experience in packaging, shipping, and patient handling, this instrument plays a crucial role in determining the ideal hardness range that balances structural integrity with the need for rapid disintegration during digestion. This data is fundamental to maintaining product quality, ensuring patient safety, and meeting regulatory compliance requirements in pharmaceutical production.
The ergonomic and user-friendly design of the device allows for simple manual operation, requiring minimal training for laboratory personnel. The operator places the tablet between the jaws of the tester and applies pressure using the built-in lever or handle. As the tablet is compressed, the device records the amount of force required to break it, typically measured in kilograms or Newtons. This data helps manufacturers ensure batch consistency, monitor formulation changes, and maintain high-quality production standards.
Ideal for both research and quality control applications, the Tablet Hardness Pfizer Type Tester is a must-have for institutions focused on pharmaceutical development and validation. Its sturdy design, corrosion resistance, and ease of use make it a dependable tool for consistent testing results. Whether used in a small-scale research lab or a large manufacturing facility, this device supports pharmaceutical scientists in optimizing tablet formulations for performance, durability, and patient usability. Through accurate tablet hardness testing, it enables a comprehensive understanding of how tablets respond to physical stress, thereby supporting the development of effective and reliable oral dosage forms.
200 litre Laboratory Hot Air Oven
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₹ 5000 / Piece Get Latest Price
| Capacity | 200 litre |
| Material | Stainless Steel |
| Surface Finish | Color Coated |
| Country of Origin | Made in India |
| Power | 1KW |
| Air Circulation | Motorized Recirculation |
| No Of Trays | 2 |
Minimum order quantity: 1 Piece
The Stainless Steel 200 Litre Laboratory Hot Air Oven is a high-performance, precision-engineered device designed for controlled heating and sterilization applications in laboratory settings. Built with durable stainless steel construction, this hot air oven offers superior resistance to corrosion, chemical exposure, and high-temperature operations. With a generous internal capacity of 200 litres, it is ideal for laboratories that require uniform and consistent heat distribution across larger batches of samples or instruments. The oven is coated with a high-quality color finish that not only enhances its appearance but also adds an extra layer of protection against heat and wear.
Designed with reliability and accuracy in mind, this laboratory hot air oven features a motorized air circulation system that ensures uniform temperature distribution across all trays. This motorized recirculation allows for consistent thermal performance, making it highly effective for sterilizing glassware, metal instruments, powders, and various lab samples. The precise temperature control system supports a wide range of laboratory processes, including drying, curing, and baking of materials. It is an essential instrument for microbiology, pharmaceuticals, chemical testing, and biotechnology applications where sterile and controlled environments are necessary.
Operating on 1 kW power, this hot air oven is energy-efficient while delivering high heating output. The heating chamber is engineered to prevent thermal loss and optimize heat retention, significantly reducing energy consumption without compromising on performance. The oven includes two spacious trays that allow for simultaneous sterilization or drying of multiple lab items. These trays are made from stainless steel to ensure they withstand prolonged heat exposure and retain structural integrity under continuous use.
The double-walled construction of the oven further enhances insulation and safety. The inner chamber and trays are made from stainless steel, while the exterior is crafted with mild steel and coated with a durable, color-coated finish. This construction ensures that external surfaces remain relatively cool to touch, even when the oven is running at high temperatures. The temperature control system is user-friendly and typically includes digital or analog options for accurate settings, enhancing usability in varied laboratory conditions.
This 200-litre hot air oven is especially suited for research labs, hospitals, pharmaceutical industries, and quality testing laboratories. It is a preferred choice for professionals seeking a large-capacity sterilization device with long-term operational stability. The stainless steel build not only adds to its durability but also ensures compliance with hygiene and safety standards, as it is easy to clean and maintain. The oven’s ability to maintain consistent internal temperature makes it a trusted instrument for quality assurance procedures, particularly where precision is paramount.
When listed on platforms like IndiaMART, the Stainless Steel 200 Litre Laboratory Hot Air Oven gains visibility among institutional buyers looking for reliable and efficient heating equipment. The combination of large capacity, robust construction, uniform air circulation, and user-friendly controls makes this oven a valuable asset in any modern laboratory. Whether used for drying chemical reagents, heat treating instruments, or sterilizing glassware, this oven ensures high operational standards and optimal outcomes in laboratory processes. Its consistent performance, backed by energy efficiency and safe design, positions it as a top-tier lab equipment solution for professional and educational institutions across India.
Designed with reliability and accuracy in mind, this laboratory hot air oven features a motorized air circulation system that ensures uniform temperature distribution across all trays. This motorized recirculation allows for consistent thermal performance, making it highly effective for sterilizing glassware, metal instruments, powders, and various lab samples. The precise temperature control system supports a wide range of laboratory processes, including drying, curing, and baking of materials. It is an essential instrument for microbiology, pharmaceuticals, chemical testing, and biotechnology applications where sterile and controlled environments are necessary.
Operating on 1 kW power, this hot air oven is energy-efficient while delivering high heating output. The heating chamber is engineered to prevent thermal loss and optimize heat retention, significantly reducing energy consumption without compromising on performance. The oven includes two spacious trays that allow for simultaneous sterilization or drying of multiple lab items. These trays are made from stainless steel to ensure they withstand prolonged heat exposure and retain structural integrity under continuous use.
The double-walled construction of the oven further enhances insulation and safety. The inner chamber and trays are made from stainless steel, while the exterior is crafted with mild steel and coated with a durable, color-coated finish. This construction ensures that external surfaces remain relatively cool to touch, even when the oven is running at high temperatures. The temperature control system is user-friendly and typically includes digital or analog options for accurate settings, enhancing usability in varied laboratory conditions.
This 200-litre hot air oven is especially suited for research labs, hospitals, pharmaceutical industries, and quality testing laboratories. It is a preferred choice for professionals seeking a large-capacity sterilization device with long-term operational stability. The stainless steel build not only adds to its durability but also ensures compliance with hygiene and safety standards, as it is easy to clean and maintain. The oven’s ability to maintain consistent internal temperature makes it a trusted instrument for quality assurance procedures, particularly where precision is paramount.
When listed on platforms like IndiaMART, the Stainless Steel 200 Litre Laboratory Hot Air Oven gains visibility among institutional buyers looking for reliable and efficient heating equipment. The combination of large capacity, robust construction, uniform air circulation, and user-friendly controls makes this oven a valuable asset in any modern laboratory. Whether used for drying chemical reagents, heat treating instruments, or sterilizing glassware, this oven ensures high operational standards and optimal outcomes in laboratory processes. Its consistent performance, backed by energy efficiency and safe design, positions it as a top-tier lab equipment solution for professional and educational institutions across India.
Stainless Steel Manual Tablet Counter
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₹ 3500 / Piece Get Latest Price
| Capacity | 1000 tablet/hr |
| Automation Grade | Manual |
| Material | Stainless Steel |
| Brand | A.S Int'L |
| Country of Origin | Made in India |
| Usage/Application | Pharma, Institutions, Laboratories |
| Container Type | Open Top Container |
| Thickness | 2mm |
| Color | Silver |
Minimum order quantity: 1 Piece
The stainless steel manual tablet counter is a robust and efficient educational tool designed to facilitate the accurate counting and sorting of tablets in pharmaceutical, academic, and laboratory settings. Constructed from premium-quality stainless steel, this manual tablet counter offers exceptional durability, corrosion resistance, and hygienic performance, making it an ideal addition to environments where precision and cleanliness are essential. Its sleek silver finish not only enhances its visual appeal but also ensures easy maintenance and long-term reliability, even with regular use in busy workspaces.
With a thickness of 2mm, the stainless steel frame of this tablet counter provides a stable and solid foundation for smooth manual operation. It is engineered to withstand repeated handling and cleaning without losing shape or functionality. The open-top container design allows users to easily place, sort, and count tablets with minimal hassle, streamlining the workflow for educators, students, and lab technicians. This design is particularly beneficial in pharmaceutical education where manual skills and practical understanding of tablet counting techniques are critical to the learning process.
Ideal for educational demonstrations and training, this tablet counter provides a hands-on experience that helps students understand the fundamentals of tablet handling, pharmacy operations, and dosage accuracy. It supports the development of essential skills such as manual dexterity, precision handling, and attention to detail—qualities vital in pharmaceutical and healthcare professions. It can also be used as part of practical sessions in pharmacy colleges, research laboratories, and vocational institutions offering pharmaceutical training programs.
The compact and ergonomic structure of the tablet counter ensures ease of use and space efficiency. It can be conveniently placed on any workbench, laboratory counter, or classroom table without occupying excessive space. Its smooth, non-reactive stainless steel surface prevents contamination, sticking, or residue build-up, allowing for quick cleaning and hygienic handling of tablets during educational exercises. This also makes it suitable for use in environments where stringent cleanliness standards must be maintained, such as microbiology labs or quality control classrooms.
Being a manually operated device, it does not rely on electricity or batteries, offering full portability and usability even in settings with limited access to power sources. The manual operation also enables students to practice precise control and coordination, helping them become familiar with the techniques used in traditional pharmacy settings before advancing to automated systems. The counter is well-suited for handling a variety of tablet sizes and shapes, making it a versatile tool for different kinds of practical scenarios.
The stainless steel manual tablet counter is also widely appreciated for its long service life and resistance to chemical agents typically found in laboratories and educational environments. Its sturdy construction ensures that it retains its structural integrity over time, even under frequent usage. Additionally, the open container design minimizes the chances of tablet spillage or miscounting, making it a reliable and accurate solution for educational use.
This tablet counter combines utility, safety, and efficiency, offering an indispensable resource for pharmaceutical education and hands-on lab practice. Its robust stainless steel build, manual operation, and hygienic design make it a preferred choice for institutions focused on delivering quality education and skill development in pharmaceutical sciences and related disciplines.
With a thickness of 2mm, the stainless steel frame of this tablet counter provides a stable and solid foundation for smooth manual operation. It is engineered to withstand repeated handling and cleaning without losing shape or functionality. The open-top container design allows users to easily place, sort, and count tablets with minimal hassle, streamlining the workflow for educators, students, and lab technicians. This design is particularly beneficial in pharmaceutical education where manual skills and practical understanding of tablet counting techniques are critical to the learning process.
Ideal for educational demonstrations and training, this tablet counter provides a hands-on experience that helps students understand the fundamentals of tablet handling, pharmacy operations, and dosage accuracy. It supports the development of essential skills such as manual dexterity, precision handling, and attention to detail—qualities vital in pharmaceutical and healthcare professions. It can also be used as part of practical sessions in pharmacy colleges, research laboratories, and vocational institutions offering pharmaceutical training programs.
The compact and ergonomic structure of the tablet counter ensures ease of use and space efficiency. It can be conveniently placed on any workbench, laboratory counter, or classroom table without occupying excessive space. Its smooth, non-reactive stainless steel surface prevents contamination, sticking, or residue build-up, allowing for quick cleaning and hygienic handling of tablets during educational exercises. This also makes it suitable for use in environments where stringent cleanliness standards must be maintained, such as microbiology labs or quality control classrooms.
Being a manually operated device, it does not rely on electricity or batteries, offering full portability and usability even in settings with limited access to power sources. The manual operation also enables students to practice precise control and coordination, helping them become familiar with the techniques used in traditional pharmacy settings before advancing to automated systems. The counter is well-suited for handling a variety of tablet sizes and shapes, making it a versatile tool for different kinds of practical scenarios.
The stainless steel manual tablet counter is also widely appreciated for its long service life and resistance to chemical agents typically found in laboratories and educational environments. Its sturdy construction ensures that it retains its structural integrity over time, even under frequent usage. Additionally, the open container design minimizes the chances of tablet spillage or miscounting, making it a reliable and accurate solution for educational use.
This tablet counter combines utility, safety, and efficiency, offering an indispensable resource for pharmaceutical education and hands-on lab practice. Its robust stainless steel build, manual operation, and hygienic design make it a preferred choice for institutions focused on delivering quality education and skill development in pharmaceutical sciences and related disciplines.
100 litre Laboratory Hot Air Oven
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₹ 4000 / Piece Get Latest Price
| Capacity | 100 litre |
| Material | Nickel Plated Steel |
| Surface Finish | Powder Coated |
| Temp Range | 50-250 Degree Celsius |
| Country of Origin | Made in India |
| Usage/Application | Chemical Laboratory |
Minimum order quantity: 1 Piece
The Nickel Plated Steel 100 Litre Laboratory Hot Air Oven is a robust and high-precision thermal equipment designed specifically for applications in chemical laboratories and research institutions. With a spacious internal capacity of 100 litres, this laboratory oven is ideally suited for a wide range of heat-based procedures such as drying, sterilization, heat treatment, and thermal testing. Constructed from high-quality nickel-plated steel, the oven ensures excellent heat resistance, corrosion resistance, and long-term durability even under frequent high-temperature usage. The external body is coated with a durable painted surface, enhancing both aesthetics and protection against chemical exposure and mechanical wear.
This hot air oven operates within a broad temperature range of 50 to 250 degrees Celsius, making it suitable for a wide spectrum of laboratory applications. The temperature is evenly distributed inside the chamber, thanks to the precise design and airflow mechanism, ensuring consistent heating and reliable performance. Whether you are performing sample drying, sterilizing laboratory tools, or conducting controlled heating experiments, this 100-litre hot air oven delivers superior thermal accuracy and stability. The easy-to-use control panel allows users to set and monitor the desired temperature with precision, which is essential for experiments that demand consistent thermal conditions.
The interior chamber is crafted from premium nickel-plated steel, which not only ensures excellent thermal conductivity but also resists oxidation and chemical reactions. This makes the oven highly suitable for use in chemical and pharmaceutical laboratories where aggressive substances may be involved. The non-reactive surface helps in maintaining sample integrity and prevents contamination, thereby improving the overall quality and repeatability of lab results. The design includes insulating layers to minimize heat loss and improve energy efficiency, making the oven cost-effective to operate even for long durations.
Safety is another key aspect of this hot air oven. It includes a built-in safety thermostat to prevent overheating, which helps protect both the sample and the device itself. The door is tightly sealed to retain heat while allowing easy access to the internal chamber when needed. Its large 100-litre capacity allows for processing multiple samples at once, making it ideal for high-volume lab settings, educational institutions, research centers, and industrial labs. Despite its large capacity, the oven is compact enough to fit in standard lab benches or thermal equipment setups, making it a versatile addition to any laboratory environment.
This Nickel Plated Steel 100 Litre Laboratory Hot Air Oven is especially popular on platforms like IndiaMART where laboratory equipment buyers seek reliable, industrial-grade heating instruments. It is suitable for quality control labs, analytical testing labs, food and pharma industries, and R\&D departments that require safe and uniform thermal processing. The oven meets general laboratory safety and performance standards, making it a trusted choice among science professionals and lab technicians.
In conclusion, this laboratory hot air oven offers a perfect balance of efficiency, durability, and thermal accuracy. With its strong nickel-plated steel construction, user-friendly controls, high-temperature range, and 100-litre capacity, it stands out as a premium heating solution for any laboratory that requires dependable thermal performance. It is an essential tool for routine lab operations and advanced experimental procedures, providing value, performance, and safety in one compact unit.
This hot air oven operates within a broad temperature range of 50 to 250 degrees Celsius, making it suitable for a wide spectrum of laboratory applications. The temperature is evenly distributed inside the chamber, thanks to the precise design and airflow mechanism, ensuring consistent heating and reliable performance. Whether you are performing sample drying, sterilizing laboratory tools, or conducting controlled heating experiments, this 100-litre hot air oven delivers superior thermal accuracy and stability. The easy-to-use control panel allows users to set and monitor the desired temperature with precision, which is essential for experiments that demand consistent thermal conditions.
The interior chamber is crafted from premium nickel-plated steel, which not only ensures excellent thermal conductivity but also resists oxidation and chemical reactions. This makes the oven highly suitable for use in chemical and pharmaceutical laboratories where aggressive substances may be involved. The non-reactive surface helps in maintaining sample integrity and prevents contamination, thereby improving the overall quality and repeatability of lab results. The design includes insulating layers to minimize heat loss and improve energy efficiency, making the oven cost-effective to operate even for long durations.
Safety is another key aspect of this hot air oven. It includes a built-in safety thermostat to prevent overheating, which helps protect both the sample and the device itself. The door is tightly sealed to retain heat while allowing easy access to the internal chamber when needed. Its large 100-litre capacity allows for processing multiple samples at once, making it ideal for high-volume lab settings, educational institutions, research centers, and industrial labs. Despite its large capacity, the oven is compact enough to fit in standard lab benches or thermal equipment setups, making it a versatile addition to any laboratory environment.
This Nickel Plated Steel 100 Litre Laboratory Hot Air Oven is especially popular on platforms like IndiaMART where laboratory equipment buyers seek reliable, industrial-grade heating instruments. It is suitable for quality control labs, analytical testing labs, food and pharma industries, and R\&D departments that require safe and uniform thermal processing. The oven meets general laboratory safety and performance standards, making it a trusted choice among science professionals and lab technicians.
In conclusion, this laboratory hot air oven offers a perfect balance of efficiency, durability, and thermal accuracy. With its strong nickel-plated steel construction, user-friendly controls, high-temperature range, and 100-litre capacity, it stands out as a premium heating solution for any laboratory that requires dependable thermal performance. It is an essential tool for routine lab operations and advanced experimental procedures, providing value, performance, and safety in one compact unit.
Semi Automatic Ampoule Washing Machine
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₹ 185000 / Piece Get Latest Price
| Brand | A.S.I nt'L |
| Washing Type | Ampoule Washing Machine |
| Function Type | Semi-Automatic |
| Material | Mild Steel |
| Automation Grade | Semi-Automatic |
| Voltage | 230V |
| Power | 0.5HP |
| Surface Finishing | Polished |
| Phase | Three Phase |
| Usage/Application | Laboratory |
| Country of Origin | Made in India |
Minimum order quantity: 10 Piece
Semi-Automatic Ampoule Washing Machine – Precision Cleaning for Pharmaceutical Ampoules | Compact, Durable, GMP-Compliant
The Semi-Automatic Ampoule Washing Machine is a reliable, cost-effective solution for thorough internal and external cleaning of ampoules and vials before sterilization. Ideal for small to medium-scale pharma units, R&D labs, and injectable lines, it ensures contamination-free ampoules in compliance with WHO GMP and FDA standards.
Manufactured in Ambala Cantt, India’s scientific hub, it is constructed using SS 304/316 stainless steel, offering rust-free performance, easy operation, and long service life. Compatible with ampoules ranging from 1 ml to 30 ml.
Technical Specifications:
Machine Type: Semi-Automatic Vertical Rotary
Material: SS-304 / SS-316 (pharma-grade)
Washing Station: 6–8 Needles (adjustable)
Ampoule Sizes: 1 ml, 2 ml, 5 ml, 10 ml, 20 ml, 30 ml
Washing Cycle: 6 Stage – Water, Air, WFI, etc.
Connections: WFI, DM Water, Compressed Air
Output: 40–60 ampoules/min (operator dependent)
Power Supply: 220V AC / 50Hz
Controls: Manual rotary or foot paddle
Dimensions: Benchtop or stand-mounted
Cleaning: CIP compatible, easy disassembly
Key Features:
Rust-proof stainless steel build
For ampoules and tubular glass vials
Precision needle alignment system
Works with WFI, compressed air, and DM water
SS trays and holders – easy to clean
Suitable for cleanroom environments
Low maintenance and downtime
Reduces manual handling
Optional autoclavable holders
Applications: Pharmaceutical & Biotech:
Pre-sterilization washing
Injectable production units
Pilot-scale filling lines
Research & Education:
Pharma colleges and R&D labs
Academic injectable lab setups
Contract Manufacturing:
Third-party ampoule lines
Small batch injectable production
Certifications:
ISO 9001:2015 Certified
CE Marked (on request)
GMP-Compliant Build
RoHS Compliant (mercury-free variants)
COA/Test Certificates available
Ordering Options:
Custom sizes, end fittings, tray types
Mercury-free / filtered water wash options
Ready stock for GeM, tenders, and exports
Bulk packaging & dealer discounts
1-Year Warranty on manufacturing defects
Why Choose Us?
Manufactured by A.S. International, Ambala Cantt – trusted across 20+ countries. We supply ISO/GMP/CE-certified machines with full documentation, OEM branding, and responsive post-sales support. Export packaging includes thermocol/foam boxes or wooden crates as per destination.
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Laboratory Heating Mantle
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₹ 18000 / Piece Get Latest Price
| Country of Origin | Made in India |
| Application | Laboratory |
| Material | MS |
| Temperature (Deg. Celsius) | 400 DegC |
| Voltage | 230V |
| Display | Analog |
Minimum order quantity: 1 Piece
The Laboratory Heating Mantle is a vital and reliable apparatus designed for uniform and safe heating of laboratory glassware, particularly round-bottom flasks. Constructed using high-quality mild steel (MS), this heating mantle offers both durability and efficiency, making it suitable for continuous operation in demanding laboratory environments. With a temperature handling capacity of up to 400 degrees Celsius, it is engineered to support a wide range of chemical and biological experiments that require precise and consistent thermal control.
This heating mantle is designed for laboratory applications where direct flame heating is not advisable or safe. The use of mild steel in its construction provides structural integrity and resistance to mechanical stress and corrosion, ensuring a long service life even in chemically active environments. The outer casing is typically powder-coated or color-coated to prevent rust and damage due to spillage or moisture, offering additional protection and easy maintenance.
Operating on a voltage of 230V, the heating mantle comes equipped with an analog display that allows the user to monitor and regulate the temperature with a reasonable degree of accuracy. The analog dial is easy to use and clearly marked, giving users control over the heating levels for different experimental requirements. This is especially beneficial in organic synthesis, solvent evaporation, distillation, and other heat-based processes where steady and uniform heating is critical to achieving reproducible results.
The internal heating element is carefully wound and insulated to ensure even distribution of heat around the flask. This prevents hotspots and minimizes the risk of glassware breakage or chemical instability due to uneven heating. The design also facilitates better energy efficiency, reducing the consumption of power while maintaining optimal heating performance. The mantle can accommodate various flask sizes depending on the model, making it versatile for use in academic, industrial, and pharmaceutical laboratories.
Safety is a key aspect of the Laboratory Heating Mantle. Unlike open flame heating, which can be hazardous in the presence of flammable substances, the enclosed heating system of this mantle significantly reduces the risk of accidents. Additionally, it remains stable on benchtops during operation, thanks to its sturdy base and compact form factor. Many models are also equipped with safety fuses and thermal insulation to prevent overheating and protect users and laboratory equipment.
This laboratory heating mantle is particularly suitable for sensitive procedures that demand consistent and slow heating over extended periods. It supports thermal processing techniques in chemistry, pharmacology, environmental science, and materials research. Whether used for sample digestion, heating of reagents, or temperature-sensitive reactions, this mantle is trusted by scientists and researchers for its performance, safety, and durability.
Its compact design allows it to fit seamlessly into any lab setup, saving space without compromising on functionality. Easy to clean and maintain, the heating mantle is a user-friendly and indispensable device that aligns with modern laboratory standards. The analog temperature control, durable mild steel housing, and high-temperature capacity make it a preferred choice for any laboratory requiring reliable and controlled heating solutions. With the Laboratory Heating Mantle, users can expect precision, safety, and longevity in a single, cost-effective device.
This heating mantle is designed for laboratory applications where direct flame heating is not advisable or safe. The use of mild steel in its construction provides structural integrity and resistance to mechanical stress and corrosion, ensuring a long service life even in chemically active environments. The outer casing is typically powder-coated or color-coated to prevent rust and damage due to spillage or moisture, offering additional protection and easy maintenance.
Operating on a voltage of 230V, the heating mantle comes equipped with an analog display that allows the user to monitor and regulate the temperature with a reasonable degree of accuracy. The analog dial is easy to use and clearly marked, giving users control over the heating levels for different experimental requirements. This is especially beneficial in organic synthesis, solvent evaporation, distillation, and other heat-based processes where steady and uniform heating is critical to achieving reproducible results.
The internal heating element is carefully wound and insulated to ensure even distribution of heat around the flask. This prevents hotspots and minimizes the risk of glassware breakage or chemical instability due to uneven heating. The design also facilitates better energy efficiency, reducing the consumption of power while maintaining optimal heating performance. The mantle can accommodate various flask sizes depending on the model, making it versatile for use in academic, industrial, and pharmaceutical laboratories.
Safety is a key aspect of the Laboratory Heating Mantle. Unlike open flame heating, which can be hazardous in the presence of flammable substances, the enclosed heating system of this mantle significantly reduces the risk of accidents. Additionally, it remains stable on benchtops during operation, thanks to its sturdy base and compact form factor. Many models are also equipped with safety fuses and thermal insulation to prevent overheating and protect users and laboratory equipment.
This laboratory heating mantle is particularly suitable for sensitive procedures that demand consistent and slow heating over extended periods. It supports thermal processing techniques in chemistry, pharmacology, environmental science, and materials research. Whether used for sample digestion, heating of reagents, or temperature-sensitive reactions, this mantle is trusted by scientists and researchers for its performance, safety, and durability.
Its compact design allows it to fit seamlessly into any lab setup, saving space without compromising on functionality. Easy to clean and maintain, the heating mantle is a user-friendly and indispensable device that aligns with modern laboratory standards. The analog temperature control, durable mild steel housing, and high-temperature capacity make it a preferred choice for any laboratory requiring reliable and controlled heating solutions. With the Laboratory Heating Mantle, users can expect precision, safety, and longevity in a single, cost-effective device.
300mm Laboratory Glass Thermometer
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₹ 119 / Piece Get Latest Price
| Tube Length | 300mm |
| Accuracy | 2 degree C |
| Heat Capacity | 50 Degree C |
| Country of Origin | Made in India |
| Material | Glass |
| Type | Glass Laboratory Thermometer |
Minimum order quantity: 10 Piece
300mm Glass Laboratory Thermometer – Red, Blue & Mercury Fillings | Yellow/White Back | Accurate Scientific Lab Use
The 300mm Glass Laboratory Thermometer is a premium precision instrument used for accurate temperature readings in academic, research, and industrial laboratories. Designed for use in Physics, Chemistry, and Biology experiments, this thermometer is available with blue liquid, red alcohol, or mercury fillings. It is manufactured from high-quality borosilicate or soda lime glass for durability and safety. The thermometer comes with yellow back or white back for high-contrast readability and accurate scale visibility. Manufactured in Ambala Cantt, India, a global hub for scientific instruments, this thermometer is ideal for use in schools, colleges, universities, R&D labs, food and pharma industries, HVAC monitoring, and other scientific applications.
Technical Specifications:
• Product Name: 300mm Glass Laboratory Thermometer
• Total Length: 300 mm (±5 mm)
• Glass Type: Borosilicate / Soda lime (based on requirement)
• Fillings Available:
– Blue Liquid (Alcohol-based, non-toxic)
– Red Liquid (Dyed spirit, high contrast visibility)
– Mercury (High precision, where legal and permitted)
• Temperature Ranges:
– –10°C to 110°C
– –10°C to 150°C
– 0°C to 50°C
– 0°C to 100°C
– 0°C to 200°C
• Graduation: 0.5°C or 1°C depending on model
• Back Options:
– Yellow Back (High contrast)
– White Back (Standard lab use)
• Immersion Type: Total or Partial immersion (as specified)
• Scale: Printed or etched black scale for sharp readings
• Dual Scale: °C/°F available on request
• Accuracy: ±1°C or better
• Mercury-Free: Available for school use and CBSE/NCERT safety compliance
• Certifications: ISO 9001:2015, CE Marking, RoHS Compliant
Key Features:
✔ Multiple fillings: red spirit, blue alcohol, mercury (for industrial use)
✔ Yellow and white back options for clear scale visibility
✔ Strong borosilicate body – heat resistant and chemical safe
✔ Ideal for school science experiments and laboratory testing
✔ Widely accepted in NCERT, CBSE, NEP-aligned educational programs
✔ Mercury-free variants available for safe classroom use
✔ Each thermometer is QC tested and precision calibrated
✔ Bulk quantities and institutional supply available
Applications by Subject Area:
�� Physics Lab
– Thermometry, calorimetry
– Specific heat and thermal expansion studies
– Heat transfer and energy conversion experiments
�� Chemistry Lab
– Boiling and melting point determinations
– Reflux, titration, distillation process monitoring
– Reaction temperature analysis
�� Biology Lab
– Incubator and biological sample temperature monitoring
– Enzyme kinetics studies
– Soil and water temperature experiments
�� Industrial & Field Use
– Dairy & food industry cold chain validation
– Chemical/pharmaceutical processing
– HVAC testing, refrigeration, and storage verification
– Agricultural, horticultural, and field research
Cod Digestion App
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₹ 8500 / Piece Get Latest Price
| Number of Tubes | 15 |
| Display | Digital |
| Material | Mild Steel |
| Usage/Application | Laboratory Use |
| Phase | Three Phase |
| Color | White |
| Brand | A.S Int'L |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
The COD Digestion Apparatus with a 15-tube capacity is an essential laboratory instrument specifically engineered for accurate and efficient Chemical Oxygen Demand (COD) analysis in water and wastewater testing. This device is widely used in environmental laboratories, research facilities, and water treatment plants to determine the amount of organic pollutants present in a water sample. Designed for precision and reliability, this model is constructed using high-quality mild steel that ensures strength, durability, and long-term resistance against corrosion and chemical exposure. The apparatus is coated in a sleek white finish that not only enhances its visual appeal but also offers an added layer of protection against wear and laboratory spills.
This COD Digestion unit is equipped to hold 15 test tubes simultaneously, allowing multiple samples to be processed at once for improved workflow efficiency and time management. The instrument features a digital display that enables accurate monitoring of time and temperature settings, which are critical parameters for achieving precise and repeatable test results. The digital control panel is user-friendly and facilitates precise temperature regulation, ensuring that the digestion process adheres to required analytical standards. With a three-phase power configuration, the apparatus guarantees stable performance and enhanced energy efficiency, making it suitable for continuous, long-duration laboratory operations.
The design of this apparatus prioritizes safety and performance. It comes with a uniform heating block that ensures consistent temperature distribution across all 15 tubes, minimizing the risk of uneven digestion and increasing the reliability of the data produced. The heating system is insulated to prevent heat loss and reduce energy consumption while maintaining optimal performance levels. The compact design of the unit ensures it can be conveniently placed on any laboratory bench or within a fume hood, conserving valuable workspace.
Laboratory professionals appreciate the ease of operation and robust construction of this apparatus, which contributes to lower maintenance requirements and dependable performance. Its mild steel body ensures mechanical strength, while its digital display provides real-time feedback, reducing the chances of operator error. The apparatus is designed to be compatible with standard digestion tubes used in COD analysis, making it adaptable to a wide range of laboratory procedures and methodologies.
This COD Digestion Apparatus is ideal for laboratories that require routine water quality analysis, including industries such as chemical manufacturing, municipal water testing, environmental compliance, and academic research. Its ability to process multiple samples efficiently and its accurate temperature control system contribute to high-throughput and precise COD testing. This makes it an indispensable tool for professionals seeking dependable instruments that deliver accurate environmental and analytical data.
Engineered for modern laboratory needs, the apparatus is built to meet quality and safety standards while offering durability and high performance. The combination of its 15-tube capacity, digital controls, mild steel construction, and consistent heating capabilities ensures that this COD Digestion Apparatus stands out as a reliable and efficient tool for water quality analysis. Whether used for routine monitoring or complex research studies, this device provides the accuracy and convenience that laboratory professionals rely on for dependable COD measurement.
This COD Digestion unit is equipped to hold 15 test tubes simultaneously, allowing multiple samples to be processed at once for improved workflow efficiency and time management. The instrument features a digital display that enables accurate monitoring of time and temperature settings, which are critical parameters for achieving precise and repeatable test results. The digital control panel is user-friendly and facilitates precise temperature regulation, ensuring that the digestion process adheres to required analytical standards. With a three-phase power configuration, the apparatus guarantees stable performance and enhanced energy efficiency, making it suitable for continuous, long-duration laboratory operations.
The design of this apparatus prioritizes safety and performance. It comes with a uniform heating block that ensures consistent temperature distribution across all 15 tubes, minimizing the risk of uneven digestion and increasing the reliability of the data produced. The heating system is insulated to prevent heat loss and reduce energy consumption while maintaining optimal performance levels. The compact design of the unit ensures it can be conveniently placed on any laboratory bench or within a fume hood, conserving valuable workspace.
Laboratory professionals appreciate the ease of operation and robust construction of this apparatus, which contributes to lower maintenance requirements and dependable performance. Its mild steel body ensures mechanical strength, while its digital display provides real-time feedback, reducing the chances of operator error. The apparatus is designed to be compatible with standard digestion tubes used in COD analysis, making it adaptable to a wide range of laboratory procedures and methodologies.
This COD Digestion Apparatus is ideal for laboratories that require routine water quality analysis, including industries such as chemical manufacturing, municipal water testing, environmental compliance, and academic research. Its ability to process multiple samples efficiently and its accurate temperature control system contribute to high-throughput and precise COD testing. This makes it an indispensable tool for professionals seeking dependable instruments that deliver accurate environmental and analytical data.
Engineered for modern laboratory needs, the apparatus is built to meet quality and safety standards while offering durability and high performance. The combination of its 15-tube capacity, digital controls, mild steel construction, and consistent heating capabilities ensures that this COD Digestion Apparatus stands out as a reliable and efficient tool for water quality analysis. Whether used for routine monitoring or complex research studies, this device provides the accuracy and convenience that laboratory professionals rely on for dependable COD measurement.
Rectangular Water Bath
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₹ 6500 / Piece Get Latest Price
| Voltage | 220 V |
| Automation Grade | Semi-Automatic |
| Material | Mild Steel |
| Power | 1 kw |
| Driven Type | Electric |
| Shape | Rectangular |
| Brand | A.S. Int'L |
| Usage/Application | Labpratory |
| Finish | Powder Coating |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
The Semi-Automatic Mild Steel Rectangular Water Bath is a highly efficient laboratory instrument engineered to meet the precise temperature control needs of biological, chemical, and industrial research applications. Designed with a sturdy mild steel body, this water bath is well-suited for long-term use in educational institutions, research laboratories, medical diagnostic labs, and industrial testing facilities. Its rectangular shape ensures optimal space utilization and uniform heat distribution, making it an essential piece of equipment for any scientific environment that requires consistent thermal processing.
Powered by a 1 kW electric system and operating at a standard voltage of 220 V, this semi-automatic water bath delivers reliable performance with minimal energy consumption. The semi-automatic functionality allows users to control essential parameters manually while benefiting from automated thermal regulation features. This combination offers flexibility in operation and greater precision in experiments requiring constant heating over extended periods. Whether being used for incubation, sample thawing, reagent warming, or chemical reactions, the equipment provides a consistent heating environment that ensures reproducible results.
The construction of this water bath using mild steel enhances its durability and resistance to corrosion, ensuring that it withstands routine lab use without degradation. The outer surface is typically coated with a corrosion-resistant finish to protect against spillage of chemicals or water. The rectangular tank provides ample space for accommodating multiple test tubes, flasks, or bottles simultaneously, making it highly efficient for high-throughput workflows or multitasking lab operations. The uniformity of temperature is maintained by efficient heating elements positioned to promote even heat transfer, thereby preventing hot spots and ensuring uniform sample treatment.
The electric heating mechanism is designed for consistent temperature regulation, which is critical for experiments involving enzymes, microbial cultures, or precise solution preparation. Its user-friendly interface ensures easy setting of desired temperature levels, which are maintained with high accuracy throughout the duration of the experiment. The built-in thermostat or temperature controller allows users to fine-tune temperature adjustments as per the experimental requirement. This makes it particularly beneficial for life sciences, environmental sciences, and pharmaceutical testing, where precise thermal control directly impacts the accuracy of outcomes.
Safety is also a significant focus in the design of this semi-automatic water bath. The insulated structure helps to prevent heat loss and protect users from accidental burns. Moreover, the electrical components are sealed and safeguarded to prevent moisture intrusion, reducing the risk of electrical hazards in a moist laboratory environment. The bath can be easily cleaned and maintained due to its smooth mild steel surface, making it hygienic and suitable for sensitive experiments.
This water bath’s robust performance and versatile design make it ideal for various applications such as sample incubation, solubility testing, melting point determination, and food and beverage quality control. Laboratories seeking a cost-effective yet reliable heating solution will find this semi-automatic rectangular water bath a valuable addition to their setup. It offers the perfect balance between manual control and automated operation, providing both precision and efficiency in one compact and durable unit.
The Semi-Automatic Mild Steel Rectangular Water Bath with a 220 V power supply and 1 kW heating capacity is an indispensable laboratory device. It combines structural strength, thermal consistency, and ease of use to ensure reliable performance across a wide range of laboratory heating applications, making it a dependable tool.
Powered by a 1 kW electric system and operating at a standard voltage of 220 V, this semi-automatic water bath delivers reliable performance with minimal energy consumption. The semi-automatic functionality allows users to control essential parameters manually while benefiting from automated thermal regulation features. This combination offers flexibility in operation and greater precision in experiments requiring constant heating over extended periods. Whether being used for incubation, sample thawing, reagent warming, or chemical reactions, the equipment provides a consistent heating environment that ensures reproducible results.
The construction of this water bath using mild steel enhances its durability and resistance to corrosion, ensuring that it withstands routine lab use without degradation. The outer surface is typically coated with a corrosion-resistant finish to protect against spillage of chemicals or water. The rectangular tank provides ample space for accommodating multiple test tubes, flasks, or bottles simultaneously, making it highly efficient for high-throughput workflows or multitasking lab operations. The uniformity of temperature is maintained by efficient heating elements positioned to promote even heat transfer, thereby preventing hot spots and ensuring uniform sample treatment.
The electric heating mechanism is designed for consistent temperature regulation, which is critical for experiments involving enzymes, microbial cultures, or precise solution preparation. Its user-friendly interface ensures easy setting of desired temperature levels, which are maintained with high accuracy throughout the duration of the experiment. The built-in thermostat or temperature controller allows users to fine-tune temperature adjustments as per the experimental requirement. This makes it particularly beneficial for life sciences, environmental sciences, and pharmaceutical testing, where precise thermal control directly impacts the accuracy of outcomes.
Safety is also a significant focus in the design of this semi-automatic water bath. The insulated structure helps to prevent heat loss and protect users from accidental burns. Moreover, the electrical components are sealed and safeguarded to prevent moisture intrusion, reducing the risk of electrical hazards in a moist laboratory environment. The bath can be easily cleaned and maintained due to its smooth mild steel surface, making it hygienic and suitable for sensitive experiments.
This water bath’s robust performance and versatile design make it ideal for various applications such as sample incubation, solubility testing, melting point determination, and food and beverage quality control. Laboratories seeking a cost-effective yet reliable heating solution will find this semi-automatic rectangular water bath a valuable addition to their setup. It offers the perfect balance between manual control and automated operation, providing both precision and efficiency in one compact and durable unit.
The Semi-Automatic Mild Steel Rectangular Water Bath with a 220 V power supply and 1 kW heating capacity is an indispensable laboratory device. It combines structural strength, thermal consistency, and ease of use to ensure reliable performance across a wide range of laboratory heating applications, making it a dependable tool.
Laboratory Hot Plate
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₹ 6500 / Piece Get Latest Price
| Size/Diameter | 10 Inch |
| Plate Shape | Rectangular |
| Usage/Application | For Laboratory Purpose |
| Material | Mild Steel |
| Shape | Rectangular |
| Country of Origin | Made in India |
| Temperature Range | 30 Degree C |
| Frequency | 50Hz |
| Phase | Single Phase |
Minimum order quantity: 1 Piece
The Mild Steel Laboratory Hot Plate is an essential piece of equipment for laboratories that require consistent and controlled heating of samples or solutions. Crafted with durability and precision in mind, this laboratory hot plate features a sturdy 10-inch rectangular surface, providing ample space to accommodate various glassware and containers commonly used in scientific settings. Its construction using high-grade mild steel ensures structural stability and resistance to wear and tear, making it a reliable tool for prolonged laboratory usage. The surface finish is smooth and even, enabling efficient heat distribution across the entire plate, which is crucial for conducting experiments that require uniform temperature conditions.
Engineered to operate within a temperature range starting from 30 degrees Celsius, this hot plate is suitable for a wide variety of laboratory applications such as solution evaporation, sample heating, chemical reactions, and reagent preparation. The single-phase configuration paired with a standard 50Hz frequency makes it compatible with most electrical systems found in academic, research, and industrial laboratories. The rectangular shape adds convenience by accommodating multiple beakers or flasks simultaneously, improving productivity during batch testing or multi-sample experimentation.
This hot plate offers dependable performance through stable heating controls that allow users to precisely regulate temperature settings. Whether it’s for low-temperature warming or higher-temperature processing, the hot plate maintains consistent thermal output, reducing the risk of overheating or underheating samples. Its user-friendly interface typically includes a temperature knob or dial that enables smooth and accurate adjustments, catering to the varying thermal requirements of different laboratory protocols. The thermal insulation and heat-resistant components further enhance operational safety, ensuring that external surfaces remain manageable during use and minimizing heat loss.
With its robust mild steel body, this laboratory hot plate is built to withstand the rigors of daily use, even in high-demand environments. The corrosion-resistant properties of mild steel ensure that the device retains its integrity and appearance over time, even when exposed to harsh chemical fumes or laboratory spills. The base structure offers excellent balance and support, preventing tipping or shifting during operation, which is particularly important when handling fragile or hazardous materials.
Ideal for both academic and professional settings, this hot plate is widely utilized in chemistry, biology, environmental science, and pharmaceutical labs. It aids researchers and students in executing a wide range of heating applications safely and efficiently. The compact footprint and durable design make it easy to install on any standard lab bench without occupying excessive space, while still delivering robust heating performance.
Moreover, this mild steel hot plate is energy-efficient, providing optimal performance with minimal power consumption. Its compatibility with standard laboratory glassware and accessories ensures that it integrates seamlessly into existing lab setups. Routine cleaning and maintenance are simple, thanks to its durable surface and accessible design.
In summary, the Mild Steel Laboratory Hot Plate is a dependable, versatile, and durable solution for precise heating tasks in scientific environments. With its 10-inch surface, steady temperature range starting at 30°C, and solid mild steel construction, it is perfectly suited to meet the demanding needs of modern laboratories. Whether for research, teaching, or industrial analysis, this hot plate delivers performance, safety, and reliability in every application.
Engineered to operate within a temperature range starting from 30 degrees Celsius, this hot plate is suitable for a wide variety of laboratory applications such as solution evaporation, sample heating, chemical reactions, and reagent preparation. The single-phase configuration paired with a standard 50Hz frequency makes it compatible with most electrical systems found in academic, research, and industrial laboratories. The rectangular shape adds convenience by accommodating multiple beakers or flasks simultaneously, improving productivity during batch testing or multi-sample experimentation.
This hot plate offers dependable performance through stable heating controls that allow users to precisely regulate temperature settings. Whether it’s for low-temperature warming or higher-temperature processing, the hot plate maintains consistent thermal output, reducing the risk of overheating or underheating samples. Its user-friendly interface typically includes a temperature knob or dial that enables smooth and accurate adjustments, catering to the varying thermal requirements of different laboratory protocols. The thermal insulation and heat-resistant components further enhance operational safety, ensuring that external surfaces remain manageable during use and minimizing heat loss.
With its robust mild steel body, this laboratory hot plate is built to withstand the rigors of daily use, even in high-demand environments. The corrosion-resistant properties of mild steel ensure that the device retains its integrity and appearance over time, even when exposed to harsh chemical fumes or laboratory spills. The base structure offers excellent balance and support, preventing tipping or shifting during operation, which is particularly important when handling fragile or hazardous materials.
Ideal for both academic and professional settings, this hot plate is widely utilized in chemistry, biology, environmental science, and pharmaceutical labs. It aids researchers and students in executing a wide range of heating applications safely and efficiently. The compact footprint and durable design make it easy to install on any standard lab bench without occupying excessive space, while still delivering robust heating performance.
Moreover, this mild steel hot plate is energy-efficient, providing optimal performance with minimal power consumption. Its compatibility with standard laboratory glassware and accessories ensures that it integrates seamlessly into existing lab setups. Routine cleaning and maintenance are simple, thanks to its durable surface and accessible design.
In summary, the Mild Steel Laboratory Hot Plate is a dependable, versatile, and durable solution for precise heating tasks in scientific environments. With its 10-inch surface, steady temperature range starting at 30°C, and solid mild steel construction, it is perfectly suited to meet the demanding needs of modern laboratories. Whether for research, teaching, or industrial analysis, this hot plate delivers performance, safety, and reliability in every application.
Laboratory Muffle Furnace
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₹ 12000 / Piece Get Latest Price
| Material Loading Capacity | 100 Kg |
| Melting Material | Aluminium |
| Power Source | Electric |
| Rated Power (KW) | 1.5 KW |
| Input Voltage (V) | 240 V |
| Automation Grade | Automatic |
| Country of Origin | Made in India |
Minimum order quantity: 1 Piece
The Laboratory Muffle Furnace is an advanced, high-temperature electric heating device specifically designed for precision thermal processing and material testing in laboratory environments. With a material loading capacity of 100 kilograms, this furnace offers ample space and efficiency for conducting a wide range of high-temperature applications, including ash content determination, heat treatment, ceramic sintering, glass annealing, and material testing. It is particularly effective for melting aluminium, ensuring a uniform heating environment and superior thermal performance for critical experiments and industrial-grade sample processing.
Engineered with state-of-the-art features, this muffle furnace operates on a reliable electric power source with a rated power output of 1.5 KW. The unit runs efficiently on a standard 240-volt input voltage, making it compatible with most laboratory electrical configurations. The energy-efficient heating system is designed to reach and maintain high temperatures quickly and uniformly, resulting in faster processing times and enhanced productivity in research, academic, and industrial settings. The furnace delivers precise temperature control, allowing researchers to conduct repeatable tests with high consistency and minimal deviation in outcomes.
The internal chamber of the furnace is insulated with high-grade refractory materials, which help retain heat while keeping the external structure relatively cool, thereby improving energy efficiency and ensuring operator safety. The automatic control system includes a digital interface or programmable temperature controller (depending on model), which enables users to set and monitor temperature profiles with precision. This automation not only enhances accuracy but also reduces the need for manual intervention, thus ensuring greater consistency in thermal processing over prolonged periods.
The robust design and durable construction make this muffle furnace ideal for handling high workloads and demanding laboratory tasks. It is built to accommodate materials with high melting points and is especially well-suited for non-ferrous metal melting, such as aluminium. The furnace’s compact and ergonomic design ensures that it fits easily within most laboratory setups while still offering a spacious chamber that meets high-volume material testing requirements. The structural components are made from corrosion-resistant metals and high-temperature alloys, ensuring durability and longevity even under harsh thermal cycling conditions.
For laboratories dealing with analytical chemistry, metallurgy, ceramics, and material science, this muffle furnace becomes an indispensable tool. It is capable of operating at sustained high temperatures for extended durations without compromising on performance or structural integrity. The furnace offers low maintenance, user-friendly operation, and consistent temperature control, all of which contribute to a streamlined laboratory workflow. It supports a wide range of thermal processes, including calcination, annealing, drying, and oxidation, making it an essential equipment for quality control labs, research institutions, and educational environments.
In summary, the Laboratory Muffle Furnace with a 100 kg loading capacity, 1.5 KW rated power, and 240V electric input is a high-performance, automatic heating system tailored for a variety of high-temperature laboratory applications. Its ability to melt aluminium and handle substantial sample volumes with precision and safety makes it a valuable asset in any professional lab. The furnace’s durable construction, efficient energy usage, and automated controls ensure long-term reliability and optimal results in thermal processing and analytical tasks.
Engineered with state-of-the-art features, this muffle furnace operates on a reliable electric power source with a rated power output of 1.5 KW. The unit runs efficiently on a standard 240-volt input voltage, making it compatible with most laboratory electrical configurations. The energy-efficient heating system is designed to reach and maintain high temperatures quickly and uniformly, resulting in faster processing times and enhanced productivity in research, academic, and industrial settings. The furnace delivers precise temperature control, allowing researchers to conduct repeatable tests with high consistency and minimal deviation in outcomes.
The internal chamber of the furnace is insulated with high-grade refractory materials, which help retain heat while keeping the external structure relatively cool, thereby improving energy efficiency and ensuring operator safety. The automatic control system includes a digital interface or programmable temperature controller (depending on model), which enables users to set and monitor temperature profiles with precision. This automation not only enhances accuracy but also reduces the need for manual intervention, thus ensuring greater consistency in thermal processing over prolonged periods.
The robust design and durable construction make this muffle furnace ideal for handling high workloads and demanding laboratory tasks. It is built to accommodate materials with high melting points and is especially well-suited for non-ferrous metal melting, such as aluminium. The furnace’s compact and ergonomic design ensures that it fits easily within most laboratory setups while still offering a spacious chamber that meets high-volume material testing requirements. The structural components are made from corrosion-resistant metals and high-temperature alloys, ensuring durability and longevity even under harsh thermal cycling conditions.
For laboratories dealing with analytical chemistry, metallurgy, ceramics, and material science, this muffle furnace becomes an indispensable tool. It is capable of operating at sustained high temperatures for extended durations without compromising on performance or structural integrity. The furnace offers low maintenance, user-friendly operation, and consistent temperature control, all of which contribute to a streamlined laboratory workflow. It supports a wide range of thermal processes, including calcination, annealing, drying, and oxidation, making it an essential equipment for quality control labs, research institutions, and educational environments.
In summary, the Laboratory Muffle Furnace with a 100 kg loading capacity, 1.5 KW rated power, and 240V electric input is a high-performance, automatic heating system tailored for a variety of high-temperature laboratory applications. Its ability to melt aluminium and handle substantial sample volumes with precision and safety makes it a valuable asset in any professional lab. The furnace’s durable construction, efficient energy usage, and automated controls ensure long-term reliability and optimal results in thermal processing and analytical tasks.
Tail Flick Analgesiometer
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₹ 3500 / Piece Get Latest Price
| Usage/Application | Laboratory |
| Brand | A.S.Int'L |
| Power Source | Electric |
| Voltage | 230 V |
| Country of Origin | Made in India |
| Frequency | 50 Hz |
| Material | Mild Steel |
| Display Type | Analog |
Minimum order quantity: 1 Piece
The Tail Flick Analgesiometer is a highly specialized instrument designed for precise and reliable pain threshold analysis in laboratory settings, particularly within the domain of basic pain research and pharmacological testing. Crafted with durability and scientific accuracy in mind, this device is widely used to assess the efficacy of analgesics by measuring the response time it takes for a subject, typically a rodent, to flick its tail away from a controlled thermal stimulus. This behavioral response provides critical insights into nociceptive responses and pain modulation mechanisms, making the Tail Flick Analgesiometer an indispensable tool in neuroscience and pharmaceutical research laboratories.
Constructed using high-grade mild steel, the apparatus boasts a robust, corrosion-resistant body that ensures long-term use in varied laboratory environments. The body is powder-coated and finished with a polished exterior to maintain hygiene and resilience against chemical exposure. It features an analog display interface, allowing researchers to manually and accurately track the latency time from the application of the stimulus to the animal's tail flick response. This analog setup offers simplicity and ease of use while still delivering dependable performance in experimental settings where digital systems might not be preferred due to budget or procedural preferences.
Functionally, the device operates using a focused heat source directed at a defined area of the animal's tail. Upon exposure, the thermal stimulus is applied with precision, and the latency in tail flick is recorded manually using a stopwatch or built-in timer, depending on the specific configuration. The device is powered electrically with a voltage requirement of 230V and operates at a standard frequency of 50Hz, making it compatible with most laboratory power supplies. The use of electricity ensures a stable, consistent heat output, allowing for reproducibility in testing conditions across different sessions and subjects.
The Tail Flick Analgesiometer is engineered for ease of calibration and alignment, ensuring that the heat source remains accurately positioned and uniformly effective during repeated testing cycles. This reliability is essential for generating consistent data in pharmacological screening, where even slight deviations in stimulus application can lead to significant discrepancies in results. The equipment allows researchers to observe the pain threshold or sensitivity under different experimental conditions, such as pre- and post-drug administration, exposure to stressors, or genetic modifications, making it a cornerstone device in pain and analgesia research.
Ergonomically designed for both safety and comfort, the platform is stable, and the heating mechanism includes safety features to prevent overheating or accidental burns to operators. The animal restraining setup is designed to minimize discomfort while ensuring the subject remains in the correct posture for accurate readings, adhering to ethical research practices. The analog readout, while simple, ensures that the process is transparent, and results can be noted down in real-time without the complexities of digital interpretation, which can be particularly beneficial in teaching labs or in institutions focusing on foundational research training.
The Tail Flick Analgesiometer provides a scientifically validated, user-friendly, and robust solution for studying pain response and analgesic drug effects in animal models. With its solid mild steel construction, analog precision, and standardized power compatibility, it stands out as a reliable instrument for laboratories engaged in neurobiological research, drug development, and educational training in physiological measurement techniques.
Constructed using high-grade mild steel, the apparatus boasts a robust, corrosion-resistant body that ensures long-term use in varied laboratory environments. The body is powder-coated and finished with a polished exterior to maintain hygiene and resilience against chemical exposure. It features an analog display interface, allowing researchers to manually and accurately track the latency time from the application of the stimulus to the animal's tail flick response. This analog setup offers simplicity and ease of use while still delivering dependable performance in experimental settings where digital systems might not be preferred due to budget or procedural preferences.
Functionally, the device operates using a focused heat source directed at a defined area of the animal's tail. Upon exposure, the thermal stimulus is applied with precision, and the latency in tail flick is recorded manually using a stopwatch or built-in timer, depending on the specific configuration. The device is powered electrically with a voltage requirement of 230V and operates at a standard frequency of 50Hz, making it compatible with most laboratory power supplies. The use of electricity ensures a stable, consistent heat output, allowing for reproducibility in testing conditions across different sessions and subjects.
The Tail Flick Analgesiometer is engineered for ease of calibration and alignment, ensuring that the heat source remains accurately positioned and uniformly effective during repeated testing cycles. This reliability is essential for generating consistent data in pharmacological screening, where even slight deviations in stimulus application can lead to significant discrepancies in results. The equipment allows researchers to observe the pain threshold or sensitivity under different experimental conditions, such as pre- and post-drug administration, exposure to stressors, or genetic modifications, making it a cornerstone device in pain and analgesia research.
Ergonomically designed for both safety and comfort, the platform is stable, and the heating mechanism includes safety features to prevent overheating or accidental burns to operators. The animal restraining setup is designed to minimize discomfort while ensuring the subject remains in the correct posture for accurate readings, adhering to ethical research practices. The analog readout, while simple, ensures that the process is transparent, and results can be noted down in real-time without the complexities of digital interpretation, which can be particularly beneficial in teaching labs or in institutions focusing on foundational research training.
The Tail Flick Analgesiometer provides a scientifically validated, user-friendly, and robust solution for studying pain response and analgesic drug effects in animal models. With its solid mild steel construction, analog precision, and standardized power compatibility, it stands out as a reliable instrument for laboratories engaged in neurobiological research, drug development, and educational training in physiological measurement techniques.
Laminar Air Flow
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₹ 450000 / Piece Get Latest Price
| Type | Horizontal |
| Size(ft) | 4 x 2 x 2 |
| Material | Stainless Steel |
| Brand | A.S.Int'L |
| Country of Origin | Made in India |
| Surface Finish | Powder Coated |
| Usage/Application | Laboratory |
Minimum order quantity: 1 Piece
The Horizontal Laminar Air Flow unit, sized at 4 x 2 x 2 feet, is a high-precision, contamination-controlled workstation designed to provide a clean and sterile environment for sensitive laboratory operations. Engineered with a horizontal airflow system, this unit ensures that air is evenly distributed across the work surface in a unidirectional stream, effectively sweeping away airborne contaminants and preventing cross-contamination of samples. The horizontal laminar flow mechanism is particularly beneficial in laboratories where protection of the work material from environmental particulates is critical, such as in microbiology, pharmaceutical production, tissue culture, and electronic component assembly.
Crafted from high-quality stainless steel, this horizontal laminar air flow workstation boasts excellent structural durability, corrosion resistance, and long-lasting performance. The stainless steel construction not only ensures mechanical strength and hygiene but also makes the unit easy to clean and maintain, which is essential in environments that demand strict contamination control. The interior work surface is designed to support sterile techniques, while the outer structure provides robust support and safety to users operating under critical laboratory conditions. Its smooth finish and sleek profile add to the aesthetic appeal of any modern laboratory while maintaining rigorous functional standards.
The unit comes with a color-coated surface finish, offering additional protection against chemical spills, scratches, and wear caused by regular usage. This coating also enhances visual appeal, contributing to a clean, professional look within the lab environment. The 4 x 2 x 2 ft dimensions make this laminar air flow bench ideal for compact spaces without compromising workspace efficiency, allowing sufficient room for equipment placement, sample handling, and operator comfort.
Functionally, the laminar air flow unit utilizes a pre-filter and a HEPA (High Efficiency Particulate Air) filter system to ensure that only clean, particle-free air enters the work zone. The pre-filter traps larger dust particles and extends the life of the HEPA filter, while the HEPA filter removes airborne microorganisms and particulates as small as 0.3 microns with 99.97% efficiency. The filtered air is then passed horizontally across the work area in a smooth, laminar stream, providing a sterile environment ideal for handling non-pathogenic biological samples, assembling sterile medical devices, or conducting particle-sensitive chemical analysis.
This laboratory-grade laminar air flow workstation also features low noise and vibration levels, creating a user-friendly experience for researchers, lab technicians, and students. It is designed for energy efficiency, maintaining high air cleanliness standards while minimizing power consumption, making it both eco-friendly and cost-effective for long-term use. The working area is well-lit to enhance visibility and precision during critical operations, while user safety is ensured through proper shielding and airflow design that directs potential contaminants away from the operator.
The horizontal air flow design is particularly preferred in applications where the product requires maximum protection but user protection is not the primary concern, such as in the preparation of sterile media, manipulation of non-hazardous materials, and quality control testing in cleanroom environments. Its consistent airflow minimizes turbulence and ensures uniform air quality throughout the work surface.
Crafted from high-quality stainless steel, this horizontal laminar air flow workstation boasts excellent structural durability, corrosion resistance, and long-lasting performance. The stainless steel construction not only ensures mechanical strength and hygiene but also makes the unit easy to clean and maintain, which is essential in environments that demand strict contamination control. The interior work surface is designed to support sterile techniques, while the outer structure provides robust support and safety to users operating under critical laboratory conditions. Its smooth finish and sleek profile add to the aesthetic appeal of any modern laboratory while maintaining rigorous functional standards.
The unit comes with a color-coated surface finish, offering additional protection against chemical spills, scratches, and wear caused by regular usage. This coating also enhances visual appeal, contributing to a clean, professional look within the lab environment. The 4 x 2 x 2 ft dimensions make this laminar air flow bench ideal for compact spaces without compromising workspace efficiency, allowing sufficient room for equipment placement, sample handling, and operator comfort.
Functionally, the laminar air flow unit utilizes a pre-filter and a HEPA (High Efficiency Particulate Air) filter system to ensure that only clean, particle-free air enters the work zone. The pre-filter traps larger dust particles and extends the life of the HEPA filter, while the HEPA filter removes airborne microorganisms and particulates as small as 0.3 microns with 99.97% efficiency. The filtered air is then passed horizontally across the work area in a smooth, laminar stream, providing a sterile environment ideal for handling non-pathogenic biological samples, assembling sterile medical devices, or conducting particle-sensitive chemical analysis.
This laboratory-grade laminar air flow workstation also features low noise and vibration levels, creating a user-friendly experience for researchers, lab technicians, and students. It is designed for energy efficiency, maintaining high air cleanliness standards while minimizing power consumption, making it both eco-friendly and cost-effective for long-term use. The working area is well-lit to enhance visibility and precision during critical operations, while user safety is ensured through proper shielding and airflow design that directs potential contaminants away from the operator.
The horizontal air flow design is particularly preferred in applications where the product requires maximum protection but user protection is not the primary concern, such as in the preparation of sterile media, manipulation of non-hazardous materials, and quality control testing in cleanroom environments. Its consistent airflow minimizes turbulence and ensures uniform air quality throughout the work surface.
Shaking Water Bath
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₹ 3500 / Piece Get Latest Price
| Voltage | 240V |
| Automation Grade | Manual |
| Material | Mild Steel |
| Outer Material | Mild Steel with powder-coated finish |
| Shaking Frequency | 50Hz |
Minimum order quantity: 1 Piece
The Manual Mild Steel Shaking Water Bath is a highly reliable and essential laboratory instrument designed for a variety of applications that require precise temperature regulation combined with consistent motion. Constructed from durable mild steel, this water bath offers long-lasting performance and excellent resistance to wear, making it ideal for frequent use in laboratories, research centers, academic institutions, and industrial testing facilities. Operating at a standard voltage of 240V, the equipment is compatible with conventional power supplies and is engineered to deliver stable and safe operation across a wide range of laboratory conditions.
This shaking water bath features manual operation, allowing users to have greater control over its functionality. Its user-friendly interface and smooth mechanical system make it simple to operate even without advanced technical expertise. The manual shaking function is designed to produce a consistent and adjustable motion that aids in uniform mixing, dissolving, and incubating samples. This is particularly useful for tasks such as microbiological testing, sample thawing, hybridization experiments, and enzyme reactions where gentle and continuous shaking in a controlled temperature environment is crucial for accuracy and reproducibility.
With a shaking frequency of 50Hz, the water bath ensures uniform motion that prevents sedimentation and promotes even temperature distribution throughout the sample containers. The shaking platform is robust and spacious enough to accommodate multiple test tubes, flasks, or beakers, providing flexibility and efficiency in multi-sample processing. The smooth oscillatory motion minimizes splashing and sample disruption, maintaining the integrity of even delicate biological or chemical samples during prolonged operations.
The mild steel body not only offers structural strength but also supports consistent thermal conductivity for better heating efficiency. The internal tank is typically coated or insulated to resist corrosion and provide a clean, sterile environment for sample immersion. The bath is designed with thermal safety in mind, preventing overheating and ensuring that all samples remain within their intended temperature ranges. This is crucial for preserving the accuracy of experimental results, especially in sensitive applications like DNA denaturation, incubation of cell cultures, or pharmaceutical quality testing.
This water bath’s manual configuration gives users the flexibility to fine-tune both the shaking motion and the immersion time according to specific protocol requirements. This level of customizability makes it an excellent choice for both routine laboratory work and specialized research activities. Its compact design ensures easy integration into existing lab setups without occupying excessive bench space. Additionally, its sturdy construction guarantees stability during operation, even when filled with a high number of samples.
Maintenance of the unit is minimal due to its straightforward design and high-quality materials. The mild steel exterior is easy to clean and resistant to common lab chemicals. Regular upkeep involves simple checks and cleaning procedures, allowing the equipment to maintain peak performance over time. The long service life and low operational cost of the manual mild steel shaking water bath make it a smart investment for laboratories looking to optimize workflow and ensure consistent, reliable results.
This shaking water bath features manual operation, allowing users to have greater control over its functionality. Its user-friendly interface and smooth mechanical system make it simple to operate even without advanced technical expertise. The manual shaking function is designed to produce a consistent and adjustable motion that aids in uniform mixing, dissolving, and incubating samples. This is particularly useful for tasks such as microbiological testing, sample thawing, hybridization experiments, and enzyme reactions where gentle and continuous shaking in a controlled temperature environment is crucial for accuracy and reproducibility.
With a shaking frequency of 50Hz, the water bath ensures uniform motion that prevents sedimentation and promotes even temperature distribution throughout the sample containers. The shaking platform is robust and spacious enough to accommodate multiple test tubes, flasks, or beakers, providing flexibility and efficiency in multi-sample processing. The smooth oscillatory motion minimizes splashing and sample disruption, maintaining the integrity of even delicate biological or chemical samples during prolonged operations.
The mild steel body not only offers structural strength but also supports consistent thermal conductivity for better heating efficiency. The internal tank is typically coated or insulated to resist corrosion and provide a clean, sterile environment for sample immersion. The bath is designed with thermal safety in mind, preventing overheating and ensuring that all samples remain within their intended temperature ranges. This is crucial for preserving the accuracy of experimental results, especially in sensitive applications like DNA denaturation, incubation of cell cultures, or pharmaceutical quality testing.
This water bath’s manual configuration gives users the flexibility to fine-tune both the shaking motion and the immersion time according to specific protocol requirements. This level of customizability makes it an excellent choice for both routine laboratory work and specialized research activities. Its compact design ensures easy integration into existing lab setups without occupying excessive bench space. Additionally, its sturdy construction guarantees stability during operation, even when filled with a high number of samples.
Maintenance of the unit is minimal due to its straightforward design and high-quality materials. The mild steel exterior is easy to clean and resistant to common lab chemicals. Regular upkeep involves simple checks and cleaning procedures, allowing the equipment to maintain peak performance over time. The long service life and low operational cost of the manual mild steel shaking water bath make it a smart investment for laboratories looking to optimize workflow and ensure consistent, reliable results.
Bulk Density Apparatus
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₹ 5500 / Piece Get Latest Price
| Frequency | 50HZ |
| Voltage | 220 V |
| Material | Mild Steel |
| Country of Origin | Made in India |
| Usage/Application | Hospital |
| Power Supply | Electricity |
| Finishing | Powder Coated Finish |
Minimum order quantity: 1 Piece
The Bulk Density Apparatus is a precision-engineered laboratory device used for determining the bulk density of powders, granules, and similar particulate materials. Manufactured from high-quality mild steel, this apparatus is designed for robust performance, longevity, and consistent accuracy in repeated laboratory applications. The polished finish of the apparatus not only enhances its professional appearance but also contributes to its resistance against corrosion, wear, and chemical exposure, ensuring reliable use in a wide range of laboratory and hospital settings. Operating on a standard 220V power supply and a frequency of 50Hz, the apparatus offers ease of integration into most laboratory environments without the need for any specialized electrical modifications.
This Bulk Density Apparatus is essential for applications where understanding the mass per unit volume of a powder is critical. It is frequently used in pharmaceutical, chemical, agricultural, and construction material laboratories to assess flow properties and packaging requirements of powdered substances. The apparatus helps in determining how powders will behave during handling, storage, and transportation, which is crucial for ensuring quality control and product consistency. The mild steel body ensures structural integrity while providing a stable base during operation, minimizing vibrations and enhancing measurement precision.
The electric power supply allows the apparatus to function smoothly and automatically, reducing manual intervention and ensuring uniform tapping during the test process. The design typically includes a cylinder holder, tapping mechanism, and control components arranged in a compact format that maximizes workspace efficiency. The apparatus ensures that consistent tapping is applied to the sample under test, aiding in accurate measurement of tapped bulk density. This data is then used to evaluate powder compressibility, an important factor in product formulation and process optimization.
Hospitals and pharmaceutical labs often rely on this apparatus for testing the density of medicinal powders and excipients before tableting or capsule filling. Understanding the bulk density helps determine how much active ingredient can be included in a fixed-size dosage form and influences the uniformity and integrity of the end product. In research and development labs, the apparatus plays a crucial role in characterizing new formulations and ensuring compatibility with existing production lines. The polished finish not only enhances the durability of the apparatus but also allows for easy cleaning, which is essential for preventing cross-contamination between different test samples.
The device is engineered for user safety and ease of operation. Most models come with user-friendly control panels that allow laboratory technicians to conduct tests efficiently without requiring extensive training. The apparatus is compact and lightweight, which aids in easy relocation and storage when not in use. Despite its sturdy metal construction, it remains manageable for daily laboratory routines. Its polished mild steel body offers a sleek and hygienic surface, essential for maintaining cleanliness in regulated environments like hospital laboratories.
Whether used in industrial laboratories, academic research centers, or clinical environments, the Bulk Density Apparatus serves as a dependable solution for accurate powder testing. Its combination of durable construction, electric-powered automation, and polished finish makes it an indispensable tool for professionals focused on material characterization and quality assurance. This apparatus is engineered to meet the highest standards of laboratory performance while delivering precise results in every test.
This Bulk Density Apparatus is essential for applications where understanding the mass per unit volume of a powder is critical. It is frequently used in pharmaceutical, chemical, agricultural, and construction material laboratories to assess flow properties and packaging requirements of powdered substances. The apparatus helps in determining how powders will behave during handling, storage, and transportation, which is crucial for ensuring quality control and product consistency. The mild steel body ensures structural integrity while providing a stable base during operation, minimizing vibrations and enhancing measurement precision.
The electric power supply allows the apparatus to function smoothly and automatically, reducing manual intervention and ensuring uniform tapping during the test process. The design typically includes a cylinder holder, tapping mechanism, and control components arranged in a compact format that maximizes workspace efficiency. The apparatus ensures that consistent tapping is applied to the sample under test, aiding in accurate measurement of tapped bulk density. This data is then used to evaluate powder compressibility, an important factor in product formulation and process optimization.
Hospitals and pharmaceutical labs often rely on this apparatus for testing the density of medicinal powders and excipients before tableting or capsule filling. Understanding the bulk density helps determine how much active ingredient can be included in a fixed-size dosage form and influences the uniformity and integrity of the end product. In research and development labs, the apparatus plays a crucial role in characterizing new formulations and ensuring compatibility with existing production lines. The polished finish not only enhances the durability of the apparatus but also allows for easy cleaning, which is essential for preventing cross-contamination between different test samples.
The device is engineered for user safety and ease of operation. Most models come with user-friendly control panels that allow laboratory technicians to conduct tests efficiently without requiring extensive training. The apparatus is compact and lightweight, which aids in easy relocation and storage when not in use. Despite its sturdy metal construction, it remains manageable for daily laboratory routines. Its polished mild steel body offers a sleek and hygienic surface, essential for maintaining cleanliness in regulated environments like hospital laboratories.
Whether used in industrial laboratories, academic research centers, or clinical environments, the Bulk Density Apparatus serves as a dependable solution for accurate powder testing. Its combination of durable construction, electric-powered automation, and polished finish makes it an indispensable tool for professionals focused on material characterization and quality assurance. This apparatus is engineered to meet the highest standards of laboratory performance while delivering precise results in every test.
MR100 Educational Desk Stand Meter
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₹ 1400 / Piece Get Latest Price
| Usage/Application | Laboratory |
| Brand | A.S Int'L |
| Display Type | Analog |
| Voltage | 240V |
| Model Name/Number | MR100 |
| Country of Origin | Made in India |
| Frequency | 50Hz |
| Color | Blue |
Minimum order quantity: 100 Piece
The MR100 Educational Desk Stand Meter is a high-quality laboratory instrument specifically designed to support practical learning, experimentation, and measurement tasks in educational and institutional environments. Engineered to deliver accuracy and reliability, this model is ideal for demonstrating fundamental electrical and electronic principles in classrooms, physics labs, and engineering training setups. Its practical application lies in its ability to help users perform a wide variety of measurements with ease, ensuring that theoretical concepts are complemented by accurate and real-time hands-on experimentation.
This desk stand meter operates on a standard 240V power supply and is calibrated to function efficiently at a frequency of 50Hz, making it highly compatible with typical lab environments across educational institutions. The stable power input ensures consistent operation, making it suitable for extended classroom sessions or repetitive lab activities. Whether used for voltage, current, or resistance measurements, the MR100 offers dependable performance that students and instructors alike can count on for clear demonstrations and accurate data collection.
The MR100 comes in a visually appealing blue color, giving it a professional yet friendly appearance that fits naturally into a lab or classroom setting. Its sturdy desk stand design allows it to sit securely on lab benches, minimizing vibrations or accidental displacements during use. This design makes it especially convenient for educational institutions where a fixed, stable workspace is crucial to maintaining precision and safety during experiments. The compact structure and ergonomic layout make it accessible to both instructors and students, regardless of their experience level, promoting intuitive learning.
Crafted with an emphasis on educational use, this meter combines simplicity with functionality. The controls and interfaces are clearly marked, reducing the learning curve and ensuring that users can focus on the experiment itself rather than struggling with complex equipment. Whether the topic is Ohm’s Law, circuit analysis, or electrical component testing, the MR100 facilitates accurate measurement and easy data interpretation, helping to reinforce foundational scientific and engineering concepts.
In terms of durability, the MR100 model is constructed using robust materials that withstand regular use in busy educational settings. It is designed to be low-maintenance and long-lasting, which is essential for schools and colleges where equipment undergoes frequent handling by multiple users. The casing provides adequate protection to internal circuits, and the controls are built for resilience against routine wear and tear.
What truly sets the MR100 Educational Desk Stand Meter apart is its combination of educational value and professional-grade features. It supports the active participation of students in experimental procedures and encourages investigative learning. Whether integrated into physics practical curricula or used in electronics labs, it enhances the academic experience by bridging the gap between theoretical instruction and experimental verification.
Overall, the MR100 is an essential laboratory instrument for any institution aiming to deliver high-quality technical education. Its precise measurements, user-friendly design, and reliable build make it an excellent choice for enhancing student understanding of electrical measurements. This meter not only strengthens hands-on learning but also prepares students for advanced instrumentation they may encounter in higher education or industry applications.
This desk stand meter operates on a standard 240V power supply and is calibrated to function efficiently at a frequency of 50Hz, making it highly compatible with typical lab environments across educational institutions. The stable power input ensures consistent operation, making it suitable for extended classroom sessions or repetitive lab activities. Whether used for voltage, current, or resistance measurements, the MR100 offers dependable performance that students and instructors alike can count on for clear demonstrations and accurate data collection.
The MR100 comes in a visually appealing blue color, giving it a professional yet friendly appearance that fits naturally into a lab or classroom setting. Its sturdy desk stand design allows it to sit securely on lab benches, minimizing vibrations or accidental displacements during use. This design makes it especially convenient for educational institutions where a fixed, stable workspace is crucial to maintaining precision and safety during experiments. The compact structure and ergonomic layout make it accessible to both instructors and students, regardless of their experience level, promoting intuitive learning.
Crafted with an emphasis on educational use, this meter combines simplicity with functionality. The controls and interfaces are clearly marked, reducing the learning curve and ensuring that users can focus on the experiment itself rather than struggling with complex equipment. Whether the topic is Ohm’s Law, circuit analysis, or electrical component testing, the MR100 facilitates accurate measurement and easy data interpretation, helping to reinforce foundational scientific and engineering concepts.
In terms of durability, the MR100 model is constructed using robust materials that withstand regular use in busy educational settings. It is designed to be low-maintenance and long-lasting, which is essential for schools and colleges where equipment undergoes frequent handling by multiple users. The casing provides adequate protection to internal circuits, and the controls are built for resilience against routine wear and tear.
What truly sets the MR100 Educational Desk Stand Meter apart is its combination of educational value and professional-grade features. It supports the active participation of students in experimental procedures and encourages investigative learning. Whether integrated into physics practical curricula or used in electronics labs, it enhances the academic experience by bridging the gap between theoretical instruction and experimental verification.
Overall, the MR100 is an essential laboratory instrument for any institution aiming to deliver high-quality technical education. Its precise measurements, user-friendly design, and reliable build make it an excellent choice for enhancing student understanding of electrical measurements. This meter not only strengthens hands-on learning but also prepares students for advanced instrumentation they may encounter in higher education or industry applications.
Mild Steel Manual Hand Operated Vacuum Pump
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₹ 1900 / Piece Get Latest Price
| Head | 25 mm |
| Material | Mild Steel |
| Horsepower | 10 HP |
| Automation Grade | Manual |
| Application | Industrial |
| Pump Type | Analog |
| Country of Origin | Made in India |
| Size | 8 Inch (H) |
| Stroke Length | 0.5 m |
Minimum order quantity: 10 Piece
The Mild Steel Manual Hand Operated Vacuum Pump is a highly functional and durable device designed to create controlled vacuum conditions for a wide range of laboratory and industrial applications. Crafted entirely from robust mild steel, this vacuum pump delivers excellent mechanical strength and long-term reliability, making it a preferred choice for users who require manual yet efficient vacuum creation. With its sturdy build and corrosion-resistant properties, the pump ensures optimal performance even under continuous and rigorous use in professional environments.
Measuring 8 inches in height, this manual vacuum pump is compact and portable, allowing for easy handling and operation in confined laboratory spaces or field conditions. Its ergonomic design supports convenient use without the need for electrical power, making it an ideal option for remote locations or situations where a power supply is not accessible. The head size of 25 mm and a stroke length of 0.5 meters allow the user to generate sufficient vacuum pressure with minimal effort, contributing to smooth operation and consistent results across multiple applications.
This vacuum pump operates with a manual mechanism, ensuring user control over vacuum generation. It is highly suitable for use in educational laboratories, research institutions, testing labs, and quality control departments where precise vacuum conditions are needed without the dependence on electricity. The pump’s ability to operate manually also enhances its safety factor, particularly in sensitive environments where sparks or power surges must be avoided.
Constructed from high-grade mild steel, the vacuum pump exhibits exceptional resistance to wear and tear, supporting extended usage in varied environments. Its solid construction also helps withstand impact and mechanical stress, ensuring longevity even with regular, intensive use. The surface finish adds a professional touch and contributes to its durability by providing additional resistance to rust and chemical exposure, making it appropriate for chemical labs and environmental testing facilities.
One of the key advantages of this hand-operated vacuum pump is its simplicity in operation. It can be used for filtration, gas collection, degassing, distillation support, or vacuum sealing—tasks that are common across chemistry, biology, and physics laboratories. It also plays a crucial role in physics demonstrations, where creating vacuum environments is essential for understanding pressure-related phenomena. This product offers seamless adaptability to various glassware and lab setups, thanks to its user-friendly design and compatibility with standard fittings and tubes.
Its manual operation ensures that the user has full control over the intensity and duration of vacuum application, allowing for delicate procedures that require fine adjustments. Maintenance of this vacuum pump is straightforward due to its simple mechanical assembly. With minimal moving parts and a low chance of mechanical failure, the pump provides dependable service for years, making it a cost-effective and valuable addition to any lab equipment inventory.
In stock and ready for dispatch, the Mild Steel Manual Hand Operated Vacuum Pump stands out as a reliable, versatile, and high-performing solution for any professional or academic laboratory setting. Its efficient manual mechanism, solid build quality, and ease of use combine to make it an indispensable tool for generating controlled vacuum conditions in a wide array of applications. Whether used in day-to-day lab experiments or more specialized processes, this vacuum pump delivers consistent, safe, and effective performance.
Measuring 8 inches in height, this manual vacuum pump is compact and portable, allowing for easy handling and operation in confined laboratory spaces or field conditions. Its ergonomic design supports convenient use without the need for electrical power, making it an ideal option for remote locations or situations where a power supply is not accessible. The head size of 25 mm and a stroke length of 0.5 meters allow the user to generate sufficient vacuum pressure with minimal effort, contributing to smooth operation and consistent results across multiple applications.
This vacuum pump operates with a manual mechanism, ensuring user control over vacuum generation. It is highly suitable for use in educational laboratories, research institutions, testing labs, and quality control departments where precise vacuum conditions are needed without the dependence on electricity. The pump’s ability to operate manually also enhances its safety factor, particularly in sensitive environments where sparks or power surges must be avoided.
Constructed from high-grade mild steel, the vacuum pump exhibits exceptional resistance to wear and tear, supporting extended usage in varied environments. Its solid construction also helps withstand impact and mechanical stress, ensuring longevity even with regular, intensive use. The surface finish adds a professional touch and contributes to its durability by providing additional resistance to rust and chemical exposure, making it appropriate for chemical labs and environmental testing facilities.
One of the key advantages of this hand-operated vacuum pump is its simplicity in operation. It can be used for filtration, gas collection, degassing, distillation support, or vacuum sealing—tasks that are common across chemistry, biology, and physics laboratories. It also plays a crucial role in physics demonstrations, where creating vacuum environments is essential for understanding pressure-related phenomena. This product offers seamless adaptability to various glassware and lab setups, thanks to its user-friendly design and compatibility with standard fittings and tubes.
Its manual operation ensures that the user has full control over the intensity and duration of vacuum application, allowing for delicate procedures that require fine adjustments. Maintenance of this vacuum pump is straightforward due to its simple mechanical assembly. With minimal moving parts and a low chance of mechanical failure, the pump provides dependable service for years, making it a cost-effective and valuable addition to any lab equipment inventory.
In stock and ready for dispatch, the Mild Steel Manual Hand Operated Vacuum Pump stands out as a reliable, versatile, and high-performing solution for any professional or academic laboratory setting. Its efficient manual mechanism, solid build quality, and ease of use combine to make it an indispensable tool for generating controlled vacuum conditions in a wide array of applications. Whether used in day-to-day lab experiments or more specialized processes, this vacuum pump delivers consistent, safe, and effective performance.
Melting Point Apparatus, 220 V
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₹ 6500 / Piece Get Latest Price
| Voltage | 220 V |
| Operation Grade | Semi Automatic |
| Country of Origin | Made in India |
| Heating Range | 300 DegreeC |
| Usage | Laboratory |
| Material | Mild Steel |
| Frequency | 50 Hz |
Minimum order quantity: 10 Piece
The Melting Point Apparatus operating at 220 V is a precision-engineered laboratory instrument designed for the accurate determination of the melting points of solid substances. This device is essential for quality control, research, and educational laboratories where the thermal behavior of compounds must be analyzed and documented with precision. Crafted from high-grade mild steel (MS), the apparatus offers outstanding durability, thermal stability, and longevity, ensuring it can withstand prolonged use in demanding laboratory environments.
With an automatic operation grade, this Melting Point Apparatus simplifies the analysis process by automating critical functions such as sample heating and data display, reducing human error and ensuring repeatable results. Its user-friendly interface allows researchers, lab technicians, and students to perform melting point determination efficiently and with minimal training. This makes the apparatus particularly useful in chemistry labs, pharmaceutical quality control, and academic institutions where reliability and ease of use are paramount.
The apparatus features a robust heating range up to 300°C, providing the flexibility to analyze a wide variety of organic and inorganic substances. This broad temperature range is ideal for determining the purity and identity of chemicals, as even slight deviations in melting point can indicate the presence of impurities. Whether used for routine quality control or complex compound characterization, this melting point apparatus delivers accurate and consistent thermal readings.
Constructed with a strong MS body, the equipment is resistant to heat-induced deformation and corrosion, which is crucial in environments where the instrument may be exposed to high temperatures and chemical vapors. Its compact and sturdy design ensures stability during use, while the high-precision temperature control system maintains uniform heat distribution, essential for obtaining sharp and reliable melting point readings. The unit's design also prioritizes safety, with insulated heating components and protective outer casings that minimize the risk of accidental burns or thermal damage.
The 110 V power requirement makes the apparatus energy efficient and compatible with standard electrical systems in laboratories across various regions. Its efficient thermal design not only conserves power but also ensures that the apparatus reaches the desired temperature rapidly and maintains it with minimal fluctuation. This energy-conscious operation contributes to long-term cost savings while ensuring high-performance standards are consistently met.
Currently in stock and ready for use, the Melting Point Apparatus represents an excellent investment for laboratories requiring precise, automated temperature analysis for chemical substances. Its reliable performance, combined with a rugged construction and a wide heating range, makes it a top choice for professionals who demand accuracy and dependability in thermal analysis. Whether used in educational demonstrations or industrial quality assurance, this device offers a seamless blend of technology and functionality. Its ability to consistently deliver exact melting point measurements makes it an indispensable tool in the fields of chemistry, pharmaceuticals, materials science, and academic research. With this Melting Point Apparatus, users can confidently assess substance purity and identity, thereby ensuring scientific accuracy and compliance with laboratory standards.
With an automatic operation grade, this Melting Point Apparatus simplifies the analysis process by automating critical functions such as sample heating and data display, reducing human error and ensuring repeatable results. Its user-friendly interface allows researchers, lab technicians, and students to perform melting point determination efficiently and with minimal training. This makes the apparatus particularly useful in chemistry labs, pharmaceutical quality control, and academic institutions where reliability and ease of use are paramount.
The apparatus features a robust heating range up to 300°C, providing the flexibility to analyze a wide variety of organic and inorganic substances. This broad temperature range is ideal for determining the purity and identity of chemicals, as even slight deviations in melting point can indicate the presence of impurities. Whether used for routine quality control or complex compound characterization, this melting point apparatus delivers accurate and consistent thermal readings.
Constructed with a strong MS body, the equipment is resistant to heat-induced deformation and corrosion, which is crucial in environments where the instrument may be exposed to high temperatures and chemical vapors. Its compact and sturdy design ensures stability during use, while the high-precision temperature control system maintains uniform heat distribution, essential for obtaining sharp and reliable melting point readings. The unit's design also prioritizes safety, with insulated heating components and protective outer casings that minimize the risk of accidental burns or thermal damage.
The 110 V power requirement makes the apparatus energy efficient and compatible with standard electrical systems in laboratories across various regions. Its efficient thermal design not only conserves power but also ensures that the apparatus reaches the desired temperature rapidly and maintains it with minimal fluctuation. This energy-conscious operation contributes to long-term cost savings while ensuring high-performance standards are consistently met.
Currently in stock and ready for use, the Melting Point Apparatus represents an excellent investment for laboratories requiring precise, automated temperature analysis for chemical substances. Its reliable performance, combined with a rugged construction and a wide heating range, makes it a top choice for professionals who demand accuracy and dependability in thermal analysis. Whether used in educational demonstrations or industrial quality assurance, this device offers a seamless blend of technology and functionality. Its ability to consistently deliver exact melting point measurements makes it an indispensable tool in the fields of chemistry, pharmaceuticals, materials science, and academic research. With this Melting Point Apparatus, users can confidently assess substance purity and identity, thereby ensuring scientific accuracy and compliance with laboratory standards.
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Shubhra (Director)
A.S. International
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Ambala - 133001, Haryana, India
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