A.S. International

The overhead projector is a dependable and widely used piece of educational equipment designed to support clear visual communication in classrooms, laboratories, lecture halls, and training environments. This instrument plays a vital role in teaching and learning by allowing educators to project text, diagrams, transparencies, graphs, and experimental observations onto a screen or wall for group viewing. Powered by a 250 W illumination system, the overhead projector delivers bright and uniform light output, ensuring crystal-clear projection even in moderately lit rooms. This clarity is especially important in academic settings, where fine details such as circuit diagrams, mathematical equations, scientific illustrations, and instructional annotations must be easily visible to all students. By enabling real-time explanation and interaction, the overhead projector enhances comprehension and engagement during lectures and demonstrations.
Designed with portability in mind, the overhead projector features a compact and lightweight structure that makes it easy to move between classrooms, laboratories, and seminar rooms. This mobility is particularly beneficial in educational institutions where shared equipment is used across multiple departments or where instructors need flexible teaching tools. The simple and intuitive design allows for quick setup and operation, minimizing preparation time and ensuring smooth transitions between sessions. Transparent sheets can be placed directly on the projection stage, enabling instructors to write, draw, or modify content live during instruction, which promotes interactive learning and helps students follow complex concepts step by step.
The overhead projector is especially valuable in laboratory and technical education, where it is often used to display experimental procedures, observation tables, circuit layouts, and graphical data. Its ability to project static and dynamic content makes it suitable for science experiments, engineering explanations, and technical training demonstrations. The stable projection platform ensures that materials remain aligned and focused, supporting uninterrupted teaching and accurate visualization. The optical system is designed to provide consistent focus and sharpness across the projection area, helping students clearly interpret instructional material from any seating position.
Safety and durability are important considerations in educational environments, and the overhead projector is built to meet these demands. A thermal cut-off mechanism is incorporated to prevent overheating during extended operation, protecting both the equipment and the surrounding environment. The sturdy construction ensures long-term reliability, even with frequent daily use in busy classrooms. The durable housing and quality components make the projector suitable for continuous operation during long lectures, workshops, or laboratory sessions.
From an educational perspective, the overhead projector supports effective teaching methodologies by encouraging visual learning and instructor-student interaction. It allows educators to emphasize key points, annotate diagrams in real time, and adapt explanations based on student feedback. This flexibility makes it a valuable instructional aid across disciplines such as science, engineering, mathematics, medicine, and general education. Overall, the overhead projector remains a practical and effective educational tool that enhances visual clarity, supports interactive teaching, and contributes to a structured and engaging learning environment in academic and training institutions.

Introducing the Ss Dead Body Tank, designed specifically for hospitals. This durable tank ensures safe and hygienic storage of deceased individuals, with a capacity tailored to hospital needs. Its robust construction and advanced features provide reliable containment, preserving dignity and facilitating efficient management in critical situations.

The Soil Testing Equipments is offered to the esteemed customers at highly competitive prices. These products are manufactured using high-grade components that are procured from some of the most trusted vendors of the industry. In addition to this, we make sure that the ordered products are timely delivered at the clients' premises in perfect packaging.

 A clinometer is a highly effective educational instrument designed to measure the angle of elevation and depression of objects, making it an essential tool in mathematics, geography, and physics learning environments. This model provides students with a practical, hands-on experience of concepts that are often confined to theoretical study, allowing them to directly apply trigonometric principles in real-world scenarios. With its precision and user-friendly design, the clinometer enables learners to calculate heights and distances of various objects such as buildings, trees, poles, and other elevated structures, fostering a deeper understanding of how abstract mathematical formulas connect to everyday life.Crafted with durability and accuracy in mind, the clinometer is housed in a sturdy protective box, ensuring long-lasting use in classrooms, laboratories, and field activities. Its robust construction makes it suitable for repeated handling by students of different age groups, while its compact design ensures easy storage and portability. By incorporating this tool into educational sessions, teachers can enhance interactive learning, as students can directly engage in measuring angles and distances rather than simply relying on textbook illustrations. This practical involvement boosts curiosity, builds confidence, and helps students retain knowledge more effectively.The clinometer is particularly useful in the study of trigonometry, where it simplifies the process of determining unknown heights or distances by measuring angles and applying mathematical calculations. For example, when measuring the height of a building, students can take the angle of elevation from a specific point and, using simple trigonometric ratios, determine its exact height without physically measuring it. Similarly, the tool can be used to estimate the distance of objects when their height is already known, making it versatile for various applications. This not only strengthens mathematical problem-solving skills but also demonstrates the relevance of classroom learning to real-life applications in fields like engineering, architecture, and surveying.Beyond mathematics, the clinometer has valuable applications in geography and environmental science. It can be used for field surveys, understanding land gradients, and studying slopes, all of which are important for topics related to landforms and terrain. It also introduces students to the type of equipment used in professional surveying and civil engineering, sparking early interest in careers that require technical precision. The device encourages teamwork and collaboration during practical activities, as students can work in groups to measure, calculate, and verify results, further enhancing their communication and analytical skills.Ease of use is another defining feature of this educational clinometer. Its straightforward design makes it simple for teachers to introduce and for students to operate without prior technical knowledge. The enclosed durable box ensures that the instrument remains protected from wear and damage, making it a reliable addition to any school or institutional laboratory. Whether used indoors for demonstrations or outdoors during field studies, it provides accurate results and helps bridge the gap between theoretical concepts and practical application.Incorporating a clinometer into educational practice transforms abstract concepts into tangible experiences, allowing learners to connect mathematics and science with the real world around them. It is not just a measuring tool but also a gateway to exploration, critical thinking, and applied learning, making it an indispensable piece of educational equipment for schools, colleges, and training centers.

A Le Chatelier flask is primarily used in civil engineering labs to determine the specific gravity (density) of hydraulic cement, lime, and fly ash, and also to measure the soundness (expansion) of cement to check for quality issues like excess free lime. This specialized glass flask has a calibrated, graduated neck for precise volume readings, ensuring accuracy in these critical construction material tests, as per ASTM/IS standards.  

Made of Borosilicate Glass with  2 Liter Flask Capacity +Steam Flask  +Condensor + transmeter pocket+ still head +reciver 
W/o Heatisng Mantle 

RADICAL RXL-4T Biological Research Trinocular Microscopes Series meet a wide range of applications from Medical laboratory education to advanced research work. All the main operating functions of the microscopes are within easy reach so that extended observations are possible without eye fatigue or posture. The operational performance of the microscope is enhanced by combining modern design with high quality optics. 

A dissectible coils and core set is an essential educational tool designed to support a wide range of electromagnetic experiments in physics and engineering laboratories. This versatile kit provides students with the components needed to explore the fundamental principles of magnetism, electromagnetic induction, magnetic flux, and transformer action through hands-on investigation. Built for clarity, durability, and repeated use, the set allows learners to assemble and disassemble coils, cores, and magnetic elements to observe how different configurations influence electromagnetic behavior. It serves as a practical learning aid for schools, colleges, technical institutes, and vocational training centers where a strong understanding of electromagnetic concepts is required.
The kit includes a sturdy clamp base that provides a stable foundation for mounting different components during experimentation. Its firm support ensures that coils and cores remain securely positioned, allowing students to focus on observing electromagnetic interactions without disruptions. The laminated U-shaped core is a key part of the set, designed to minimize eddy current losses and enhance magnetic efficiency. Its laminated construction helps demonstrate how core design affects magnetic flux distribution and inductive response. The accompanying laminated armature allows learners to study magnetic circuit completion, making it easier to visualize how magnetic fields are directed, concentrated, and manipulated within a closed-loop structure.
Soft iron poles included in the set further support experiments involving magnetic field shaping and concentration. These poles allow students to modify the magnetic path, demonstrating how the presence of soft iron influences field strength and distribution. By changing the orientation or arrangement of these poles, learners can observe significant variations in magnetic behavior, helping them build a deeper understanding of magnetic materials and their applications. The inclusion of multiple coils with varied turn counts and current ratings enhances the educational value of the kit. The 300-turn coil designed for 4A, the 600-turn coil for 2A, the 1200-turn coil for 1A, and the 3600-turn coil for 0.3A allow students to compare inductance, magnetic field intensity, heating effects, and coil performance across different configurations.
With these varied coils, learners can conduct experiments involving alternating current, direct current, and variations in current magnitude to observe how electromagnetic fields respond to different electrical inputs. They can study transformer principles by combining coils with the laminated core, examining step-up and step-down behavior and understanding how coil turns influence voltage and current transformation. Dissecting and reassembling the components helps students directly engage with the structure of electromagnetic devices rather than relying solely on theoretical diagrams.
Ideal for beginner to advanced-level electromagnetic demonstrations, this dissectible coil and core set offers a clear and interactive way to teach abstract principles through tangible experimentation. It encourages curiosity, analytical thinking, and problem-solving as students explore how electrical energy is converted into magnetic force and vice versa. The durable construction of each component ensures longevity, making the kit suitable for repeated laboratory sessions and long-term use in science education environments. This comprehensive set stands as an indispensable resource for fostering a strong foundation in electromagnetism and practical physics learning.

 A UV tube light for sterilization is an advanced and reliable solution designed to ensure a clean and hygienic environment by effectively eliminating harmful microorganisms. Utilizing the germicidal properties of ultraviolet radiation, this sterilization tube emits a bluish violet light that penetrates the DNA of bacteria, viruses, and other pathogens, thereby disrupting their ability to multiply and survive. This makes it a powerful non-chemical method of sterilization, suitable for various applications in laboratories, educational institutions, healthcare facilities, and other professional environments where cleanliness and safety are a top priority. With a lifespan ranging from 8000 to 10000 hours, the UV sterilization tube offers long-term use and consistent performance, making it a cost-effective and dependable choice for institutions that require regular sterilization procedures.The UV tube light is designed for practical and efficient use, with a suggested sterilization period of 30 to 60 minutes per session, recommended around one to three times per week depending on the usage and environment. This makes it easy to integrate into routine sterilization schedules without causing interruptions to daily activities. Covering a sterilization area of approximately 8 square meters for an 8W lamp, the tube provides sufficient coverage for classrooms, laboratories, preparation areas, small healthcare rooms, or enclosed workspaces. Its efficiency in sterilizing surfaces and air within the specified area ensures that students, researchers, and professionals can operate in a safer and healthier setting, reducing the risk of contamination and infection.The tube’s compact design makes it easy to install and operate, whether mounted in fixed positions or integrated into sterilization systems. Since it works without the use of harsh chemicals, it eliminates the risk of residues or toxic byproducts, making it particularly suitable for environments where sensitive materials, instruments, or biological samples are handled. For educational purposes, this UV sterilization tube serves as an effective teaching aid in demonstrating the principles of sterilization, microbiology, and hygiene management. It provides students with hands-on experience in understanding how UV technology is applied in real-world scenarios to maintain sterile conditions in laboratories and healthcare facilities.Durability and safety are key considerations in the design of this sterilization light. Its robust build ensures consistent output throughout its service life, while proper usage guidelines ensure safe operation. Since ultraviolet radiation can be harmful to human skin and eyes with direct exposure, the light is intended for use in controlled conditions where safety precautions are followed. When used correctly, it provides a reliable method of achieving high standards of sterilization without compromising on safety or efficiency.The UV tube light for sterilization represents a modern, eco-friendly, and effective approach to hygiene control. It is widely applicable across academic laboratories, hospitals, diagnostic centers, pharmaceutical facilities, and food testing environments. By integrating this technology, institutions benefit from enhanced infection control, reduced reliance on disposable chemical-based disinfectants, and improved overall health and safety standards. Combining long operational life, efficient sterilization coverage, and ease of use, this UV tube light stands as an essential tool in ensuring sterile environments for both educational and professional applications.

 A theodolite is a precise and versatile scientific instrument designed for measuring both horizontal and vertical angles, making it an essential tool in surveying, engineering, and educational applications. This model is particularly effective for teaching students the principles of angle measurement, triangulation, and the computation of elevation and depression for both distant and nearby objects. By incorporating the theodolite into classroom demonstrations or laboratory exercises, learners gain practical insight into how surveyors, engineers, and geographers apply geometry and trigonometry in real-world scenarios. Its educational value lies in bridging the gap between theoretical mathematical concepts and their practical applications in the field.The theodolite consists of a movable telescope mounted securely on both horizontal and vertical axes, allowing for smooth and accurate movement during observation. Each axis is fitted with finely graduated circles, enabling precise readings of angles in degrees, minutes, and seconds. This level of detail is crucial for accurate measurement and calculation, making the instrument an ideal teaching aid in demonstrating the importance of precision in scientific and engineering practices. Students using the theodolite can directly observe how changing the telescope’s orientation impacts the angle readings, reinforcing their understanding of angular relationships and measurement methods.In the study of surveying, the theodolite plays a fundamental role in triangulation, which is the method of determining the position of a point by forming triangles to it from known points. By setting up the theodolite and aligning the telescope with distant objects, students can measure horizontal and vertical angles and apply trigonometric calculations to determine distances and elevations. This process helps learners appreciate the accuracy required in civil engineering, land surveying, and construction projects, where even minor errors in angle measurement can result in significant discrepancies. The model also enables exploration of concepts such as prolonging lines, leveling, and calculating slopes, all of which are vital skills in technical fields.Constructed with durability and usability in mind, the theodolite model is designed to withstand frequent handling in classrooms and laboratories. Its robust build ensures stability during use, while its clear graduated markings enhance readability for students who are still developing their measurement skills. The smooth movement of the telescope allows learners to focus easily on objects at different distances, promoting hands-on interaction and improving their observational accuracy. Beyond its practical applications in surveying, the theodolite model is an excellent tool for teaching mathematical principles such as trigonometry, geometry, and angular measurement. By integrating it into lessons, educators can create engaging demonstrations that illustrate how abstract equations translate into real-world problem-solving. It also introduces students to the historical significance of scientific instruments, showing how devices like the theodolite contributed to advancements in mapping, exploration, and infrastructure development.Overall, the theodolite model is a valuable piece of educational equipment that enriches the teaching and learning process. It combines accuracy, durability, and versatility, making it an indispensable resource for schools, colleges, and training centers. By allowing students to measure, calculate, and apply their knowledge practically, it fosters a deeper understanding of mathematics, physics, and engineering principles while sparking curiosity about the tools and techniques that continue to shape modern science and technology.

The digital function generator is a highly efficient and essential electronic instrument designed for laboratory, research, and educational environments where precise signal generation is required for testing, experimentation, and analysis. Built with advanced digital technology, this function generator offers exceptional accuracy and reliability, making it ideal for institutions that prioritize high-quality performance in their electronics training and engineering laboratory setups. With a frequency range of 3 MHz, it enables students and professionals to explore concepts in waveform analysis, signal processing, circuit testing, and electronic instrumentation with greater clarity and hands-on understanding. Its ability to generate multiple waveform types—including sine, square, triangle, ramp, pulse, DC, and TTL signals—makes it extremely versatile for various electronic experiments and practical demonstrations across educational curriculums.
Equipped with a clear 4-digit backlit LCD display, the function generator allows users to accurately monitor frequency, amplitude, and waveform selections in real time, ensuring precision during laboratory operations. One of its standout features is the direct amplitude display and a single-push selection function, which simplifies navigation and enhances usability for both beginners and advanced learners. The instrument also provides variable pulse duty cycle adjustment, allowing students to study modulation, timing behavior, and pulse shaping techniques in detail. High signal purity with constant amplitude flatness throughout the entire output range ensures smooth and stable waveform production—an important characteristic for sensitive electronic measurements and experiments requiring exceptional accuracy.
The function generator is further enhanced with an internal modulation generator, supporting AM, FM, PWM, and PAM modulation capabilities. This inclusion allows learners to study and visualize modulation principles without needing additional external devices, making the setup more compact and efficient. With a frequency stability of less than 0.1% per hour and a distortion factor of under 0.5%, the device ensures dependable performance during continuous laboratory usage.  Its sensitivity of 50 mVrms for stable display of external signal frequency makes it suitable for a wide variety of electronics experiments involving low-power or weak signal sources.
Designed to operate within a broad temperature range of 0°C to 50°C and humidity levels up to 95% RH, the function generator is robust enough for typical laboratory conditions. Its compact dimensions of 205 × 95 × 292 mm and lightweight construction of 2.4 kg make it easy to place on laboratory benches without occupying excessive space. The durable housing ensures longevity even with frequent student use. Powered by a 230 V ±10%, 50 Hz supply, it fits seamlessly into standard laboratory electrical setups, making installation simple and hassle-free. Energy consumption is economically maintained at 30 VA, offering efficient performance without unnecessary power usage.
Overall, this digital function generator is an invaluable tool for educational institutions, electronics laboratories, and research environments seeking precision signal generation with ease of operation. Its wide frequency range, multiple waveform outputs, modulation capabilities, and stable performance make it ideal for students and professionals working on circuit design, signal testing, waveform analysis, and advanced electronics training. It supports experiential learning, strengthens foundational electronic concepts, and enhances the quality of engineering education by offering a dependable platform for practical experimentation.

A testing sieve is an essential laboratory instrument widely used in educational environments to help students understand particle size analysis, material classification, and quality control processes. This versatile tool is designed to separate and grade materials based on their granular size, making it highly valuable for science, engineering, geology, agriculture, and environmental studies. Constructed with precision and durability in mind, the sieve features a robust metal frame that supports a fine mesh screen, ensuring accuracy and consistency in experimental results. Its sturdy build allows it to withstand frequent use in classroom laboratories where repeated handling, cleaning, and sample testing are part of the learning routine. The mesh is manufactured to maintain uniform openings, enabling students to observe the separation of particles in a reliable and structured way, which is crucial for understanding soil composition, aggregate grading, and other material-based studies.
The testing sieve is particularly beneficial in civil engineering and materials science education, where students need to analyze the size distribution of sand, gravel, and other construction materials. By using this equipment, learners can gain hands-on experience in evaluating the suitability of materials for various applications, an important skill for future field and laboratory work. The sieve’s design allows samples to be shaken or manually agitated so that particles pass through the mesh according to their size, creating clearly distinguishable layers that illustrate theoretical concepts in a visual and interactive manner. This practical exposure enhances comprehension of topics such as particle shape, uniformity, and material behavior under different conditions.
In environmental and agricultural science programs, the testing sieve is equally valuable as it helps students assess soil texture, classify sediment types, and understand natural filtration processes. The ability to examine soil granularity supports lessons on water retention, nutrient availability, erosion, and plant growth. Its versatility allows it to be used with powders, granules, and small solid materials, making it a dependable tool across multiple subjects. The sieve’s high-quality mesh ensures minimal clogging and easy cleaning, which is ideal for repeated use in educational settings where multiple groups of students conduct experiments throughout the day.
The wide, circular frame of the sieve provides stability during testing, while its compact size makes it convenient to store, transport, and incorporate into classroom demonstrations. It is compatible with sieve shakers for more advanced laboratory setups, offering students the opportunity to learn professional testing techniques commonly used in industries such as construction, mining, pharmaceuticals, and food processing. The uniformity of the mesh ensures that results remain consistent, teaching students the importance of precision and standardization in laboratory analysis.
By integrating this testing tool into practical lessons, educators can create engaging, hands-on learning experiences that reinforce key scientific principles. The sieve not only supports technical skill development but also encourages students to think critically about data collection, measurement accuracy, and experimental methodology. Its durable construction, reliable performance, and educational value make the testing sieve an indispensable piece of equipment for any well-equipped science or engineering laboratory.

The Analog to Digital Converter apparatus is a comprehensive piece of educational equipment designed for laboratory use to help students understand the fundamental principles of converting analog signals into digital form. Widely used in electronics and instrumentation laboratories, this trainer provides a clear and structured platform for studying analog to digital conversion techniques that form the backbone of modern digital systems. The apparatus operates on selectable DC power supplies of 5, 10, and 15 volts and draws a modest current of approximately 150 mA, ensuring safe and stable operation in academic environments. Designed with a strong metal enclosure, the unit offers durability and long-term reliability, making it suitable for repeated use in teaching laboratories where equipment is handled frequently by multiple users. The system is specifically configured to study analog to digital conversion using the R-2R ladder network and the successive approximation method, allowing learners to explore two widely taught and practically significant conversion techniques in a single setup.
The front panel of the apparatus features a clearly printed circuit diagram that serves as a visual guide for students, helping them understand signal flow, logic operation, and conversion stages without constantly referring to external manuals. This printed layout enhances conceptual clarity and reduces setup errors during experiments. Four SPDT switches are provided to allow manual selection of logic 1 and logic 0 states, enabling students to directly control digital inputs and observe how binary combinations influence the conversion process. This hands-on interaction strengthens understanding of binary weighting, resolution, and bit significance, which are critical concepts in digital electronics and data acquisition systems. A built-in voltmeter is included to measure analog input or reference voltages accurately, allowing learners to correlate numerical digital output with corresponding analog values in real time.
The apparatus also includes a clear output indicator that provides immediate visual feedback of the digital output, making it easier for students to verify results and compare them with theoretical calculations. By working with the R-2R network, learners gain insight into how resistor ladders generate precise voltage levels based on binary inputs, while the successive approximation method introduces them to efficient and widely used conversion logic employed in practical ADC designs. These experiments help students understand important performance parameters such as resolution, quantization error, conversion speed, and accuracy. The ability to manually control inputs and observe outputs step by step makes the learning process intuitive and effective, especially for beginners transitioning from analog electronics to digital and mixed-signal systems.
Designed specifically for laboratory applications, the Analog to Digital Converter trainer supports outcome-based education by encouraging experimentation, observation, and analysis rather than passive learning. It is well suited for engineering colleges, polytechnic institutes, and technical training centers offering courses in digital electronics, microprocessors, embedded systems, and instrumentation. Securely packaged in a box, the unit is easy to store, transport, and deploy across multiple lab stations. By bridging theoretical concepts with practical experimentation, this apparatus plays a crucial role in helping students develop a strong foundation in data conversion techniques, preparing them for advanced studies and real-world applications involving sensors, control systems, and digital signal processing.

A Digital Trainer Kit is a compact, ready-to-use laboratory instrument designed for learning, practicing, and testing digital electronics circuits.

Biology lab specimens (like blood, tissue, urine, or whole organisms) are crucial for diagnosis, disease monitoring, drug development, personalized medicine, and fundamental research, helping scientists understand health, identify pathogens, study disease mechanisms (like cancer or microbiome), and create new tests and therapies for various conditions, acting as vital tools for identifying trends and revealing biological secrets. 

A PN Junction Diode Apparatus is an educational tool for studying how diodes work, primarily used to plot their IV Characteristics (Current-Voltage) under forward and reverse bias to understand semiconductor principles, enabling experiments in AC to DC conversion (rectification), switching, and basic logic, proving its unidirectional current flow. 

A squares magnet for physics lab is an essential piece of educational equipment designed to support the practical study of magnetism and its applications in science learning. It is widely used in schools, colleges, and research laboratories to provide hands-on demonstrations of magnetic properties, interactions, and experiments related to physics. Shaped in a precise square form, this type of magnet is particularly useful for conducting structured experiments, as its shape allows stable placement, easy handling, and consistent performance across a wide range of demonstrations. By incorporating such magnets into physics laboratories, educators can effectively bridge the gap between theoretical lessons and practical applications, helping students to grasp complex concepts in a more interactive and engaging manner.
The squares magnet is typically manufactured from high-quality magnetic materials that ensure durability, strong magnetic field strength, and long-lasting use. Its solid and uniform design makes it ideal for repeated experiments without any compromise in performance. One of the key uses of a square magnet in physics labs is to demonstrate the behavior of magnetic fields and their effects on different materials. By using iron filings, compasses, or small metallic objects, students can visualize the lines of magnetic force and better understand the concept of attraction and repulsion between magnetic poles. This visual and tactile approach makes learning more effective compared to abstract theoretical discussions.
In addition to demonstrating basic magnetic properties, squares magnets are also employed in advanced physics experiments such as studying electromagnetic induction, exploring magnetic flux, and analyzing the relationship between current and magnetic fields. They are often combined with coils, wires, and measuring instruments to create real-life models of how magnets play a crucial role in motors, generators, and transformers. Through these experiments, learners gain insights into the role of magnetism in electrical engineering, technology, and everyday appliances, making the squares magnet not only a teaching aid but also a tool for inspiring innovation and scientific curiosity.
Another important advantage of the squares magnet is its versatility in classroom and laboratory settings. It can be used independently for simple experiments or integrated into more complex setups for advanced studies. Its shape ensures uniform magnetic distribution across its surface, which is particularly useful when accurate measurements and observations are required. Teachers can demonstrate concepts such as magnetic shielding, polarity testing, and the influence of magnetic fields on non-magnetic materials, allowing students to explore both the fundamental and applied aspects of physics.
The durability and reliability of a squares magnet make it a cost-effective addition to any educational laboratory. It is resistant to wear and maintains its magnetic properties over time, ensuring that it continues to deliver consistent results across multiple sessions of use. As physics education increasingly emphasizes experiential learning, the inclusion of magnets in different shapes, including square designs, becomes an integral part of fostering scientific thinking and experimentation. By providing an interactive platform for exploring magnetism, a squares magnet helps students build a deeper understanding of core physics principles, preparing them for further studies in science, engineering, and technology while also nurturing their problem-solving and analytical skills.

Product Detls: Trner Type Digital Electronics Trner Display Type Digital Usage/Application Laboratory Automation Grade Manual Frequency 6.144 MHz Country of Origin Made in India CPU Operating 8085 Board Memory Expansion 64K bytes using 2732/2764/27128/6264/ 62256 with 1 socket of 28 pin Battery Type 3.6 V rechargeable cell No of Key 25/28 Built Power Supply 5 V/1.2 A Product Detls: 8K bytes of EPROM loaded with powerful monitor program Memory mapping definable by the user. 16 bit programmable timer/counter using 8253. 24 I/O lines provided through 8255 22 I/O lines provided through 8155 RS-232C interface through SID/SOD Lines withAuto baud rate. Two modes of commands: - Hex Key pad mode & - Serial mode All address, data & control lines are buffered and made avlable at the edge connector as per STD bus configuration. 25/28 key hexadecimal keyboard and six seven segment displays through 8279 Powerful software commands like Relocate, String, Fill, Insert, Delete, Block Move, Examine/Compare Memory, Examine Register, Insert Data, Delete Data, Single Step, GO, Break Point in both Serial & Keyboard mode. Facility for Downloading/Uploading files from/to PC.

Product Detls: Wavelength Range 190-1100 nm Model Name/Number UV-1800 Material ABS Wavelength Accuracy +/- 0.3 nm Display Type LCD Voltage 240 V Temperature Rang 50 to 120 Deg C We Supply an excellent range of Spectrophotometer like, VIS, UV-VIS, IR in single beam & double beam with built in software that permits the instrument to be linked to a computer and a printer to display the photometric and spectral data on the PC monitor. UV-VIS Spectrophotometer basically refers to absorption spectroscopy or reflectance spectroscopy in the ultraviolet-visible spectral region. Our offered products are designed to give fast, precise and accurate colour measurement information on materials ranging from paper and pnt to plastics and textiles. Offered products are checked as per industry set parameters to ensure the entire range is free from any sort of production defect.

MCT Box are molded in polycarbonate and are therefore strong as well as autoclavable. One size can hold 64 MCTs of 1.5ml & the other can hold 100MCTs of 0.5ml. These boxes are designed to work at temperature ranging from -190�C to +121�C. The transparent cover provides a good view of the contents inside & is numbered for better inventory control.

Chloroscope Chlorine Test Kit is the most widely used oxidizing biocide today for disinfection of domestic water supplies as also for the removal of tastes and odour from water. The amount of chlorine required to be added in a water system is determined by chlorine demand, contact time, ph and temperature of the water. Chlorine residual in drinking water indicates that disinfection has been achieved by chlorine and bacteria / viruses that cause diarrheal disease have been eliminated. Also the water is protected from recontamination during storage

Product Detls: Packaging Type
Box
Material
Mild Steel Current
150 mA Power Supply
3-30 V DC Usage/Application
Laboratory Socket Size
4 mm Two dual range round meters for voltage & current measurement, PN Junction Diodes mounted behind the panel, connections of Supplies, Meters & Diodes brought out at Sockets.

Product Detls: Usage/Application Laboratory Power 5-15 V DC Material Metal Current 150 mA Packaging Type Box To study Digital To Analog Converter using R-2R network, 1 Voltmeter, 4 SPDT switches provided for selecting logic 1 & logic 0, one output indicators, Circuit diagram printed on the front panel.

Product Detls: Minimum Order Quantity 10 Piece Capacity 100 to 5000 ml Usage/Application Industrial Ovens Material Mild Steel Voltage 220 - 240 V Phase 1 Phase Frequency 50 - 60 Hz Country of Origin Made in India Heating Mantle 100-5000ML in 60-600Watt Suitable for laboratories, chemicals, pharmaceuticals, Dyes, Glass plants etc. Particularly useful for Heating inflammable liquids. Electric heating net is hand knitted from glass Yarn and there is no joint to mntn the strength of the yarn and stands high temperature up to 350 degree c. the body of the mantle is spun one piece from non-rusting Aluminum (up to 1.0 liters Capacity) duly stoving pnted. All heating mantles are lagged with special grade mineral wool Request Callback

Product Detls: Type Gel Materia l Polycarbonate Usage/Application Laboratory Method Electrical Impedance Country of Origin Made in India Wire Material 99.9% pure platinum · A Mini Vertical Electrophoresis System is a compact laboratory instrument used to separate molecules, primarily proteins, based on their size and charge using an electric field. · It's designed to run a small number of gels, typically hand cast or precast, and is commonly used for protein characterization, molecular biology, and biotechnology applications.

Product Detls: Minimum Order Quantity 10 Piece Magnification 1500x Usage/Application Laboratory Material Stnless Steel Packaging Type Box Country of Origin Made in India Medical Microscope is a strght tube monocular research microscope. The body can be inclined up to 90 with separate coarse and fine adjustment. Triple revolving nose-piece, double lens condenser numerical aperture of 1.2 with iris-diaphragm and rack-n-pinion adjustment. Fixed slide stage with detachable mechanical stage, plano-concave reflecting mirror inter-changeable with removable LED microscope lamp. With 10x, 15x or 5x hymenia eyepieces (2 Nos.) 10x, 45x, 100x oil-immersion (spring loaded) achromatic objectives. material used stnless streel Request Callback Additional Information: Production Capacity: 100 Delivery Time: 10 DAYS Packaging Detls: IN BOX

Fribility test Appratus