A.S. International

A Dental Operating Microscope (DOM) magnifies the mouth for enhanced precision in procedures like root canals, fillings, crowns, and surgery, allowing dentists to see tiny details (cracks, extra canals, margin gaps) for earlier diagnosis, minimally invasive treatment, better outcomes, and improved patient communication via shared screens. It offers superior illumination, visualization of minute structures, better ergonomics, and aids in documentation for various specialties. 

Student compound microscopes are used in schools and labs to magnify tiny specimens like cells, bacteria, pond organisms (protists, algae), and thin tissue slices, helping students visualize fundamental biology concepts (cell division, plant anatomy) and learn lab skills for exploring life's building blocks, disease agents, and basic structures. They allow viewing transparent or thin samples with high magnification, making them essential for hands-on learning in high school and university biology/chemistry. 

Inverted fluorescence microscopes are crucial for observing live cells, tissues, and thick samples in their original culture vessels (like Petri dishes) from below, allowing for dynamic studies of biological processes, cellular structures, and molecule interactions with fluorescent tags, vital in cell biology, oncology, and developmental research for live-cell imaging and long-term monitoring. 

Binocular research microscopes are versatile tools used across science, medicine, and industry for detailed observation, offering comfort and depth perception via two eyepieces to study cells, tissues, microorganisms, forensic evidence (fibers, hair), materials (metals, electronics), and botanical/entomological samples, essential for diagnostics, quality control, and advancing discoveries. 

Trinocular research microscopes are advanced tools for detailed study, used in science, medicine, and industry to view specimens with high clarity while simultaneously capturing images/videos via a camera on the third port, enabling documentation, digital sharing, teaching, and complex analysis (like cell/tissue study, forensics, material inspection) without interrupting visual observation. They offer superior imaging (often with plan objectives), Köhler illumination, and precise mechanical stages for various advanced techniques like phase contrast, polarization, or fluorescence. 

Ophthalmic microscopes are crucial tools in eye care, used for diagnostics and intricate surgeries like cataract removal, corneal transplants, and retinal repair, by providing surgeons with high-magnification, stereoscopic, and illuminated views of tiny eye structures (cornea, lens, retina), enabling extreme precision, reducing risks, and aiding teaching/recording. 

Binocular research microscopes are used across science, medicine, and industry for detailed observation of tiny structures, offering comfort and depth perception with two eyepieces, enabling study of cells, bacteria, tissues, materials (metals/electronics), forensics (fibers/hair), and educational exploration, crucial for diagnostics, quality control, and discovering cures. 

 Promoting Energy Balance: 7 chakra crystals help balance the energy of the body's seven chakras, promoting overall well-being and vitality.

Student projection microscopes are used in education, research, and quality control to project magnified images of specimens (like cells, tissues, fibers) onto a screen, enabling group viewing, better engagement, and easier understanding of microscopic details for entire classes, documentation, and collaborative analysis, overcoming the limitations of traditional single-eyepiece microscopes. 

Monocular medical microscopes are versatile tools used in education, basic diagnostics, and research for observing magnified biological samples like cells, tissues, blood smears, and microorganisms, ideal for training due to their simplicity, portability, and lower cost, allowing pathologists and students to perform preliminary analysis and detailed study in fields like pathology, microbiology, and histology. 

A stereo microscope is a type of optical microscope that allows the user to see a three-dimensional view of a specimen

 A stereo microscope is a type of optical microscope that allows the user to see a three-dimensional view of a specimen.

Stereo dissecting microscopes provide low-power, 3D views for observing solid objects, widely used in biology (insect dissection, botany), electronics (circuit board inspection), jewelry/gemology, forensics (trace evidence), and manufacturing (quality control, micro-assembly), allowing for detailed surface study and delicate work like watchmaking and microsurgery. 

Student projection microscopes are used in education for group learning, allowing teachers to project magnified specimen images onto a screen for the whole class to see cell structures, bacteria, or tissues, enhancing engagement and understanding in biology/science labs; they're also used in research & industry for detailed visual inspection and documentation of samples, with modern ones often capturing digital images/videos for analysis. 

Geometric models use shapes (2D/3D figures like cubes, spheres, curves) to mathematically represent real-world objects, crucial for design, simulation, and analysis in engineering (CAD/CAM), medicine (imaging), gaming (VR), animation, architecture, and product design, allowing visualization, optimization, and creation of detailed, interactive digital representations for various technical and artistic applications. 

Childbirth simulators train medical professionals (nurses, doctors, midwives) in all aspects of labor, delivery, and postpartum care, allowing hands-on practice for normal, difficult (e.g., shoulder dystocia, breech), and emergency scenarios like postpartum hemorrhage, improving skills in vaginal exams, episiotomy/suturing, vacuum/forceps delivery, cord management, and crucial team communication in a safe, repeatable environment. 

Tuning fork level switches are versatile sensors used for reliable point level detection in liquids, powders, and granules, preventing overfills and dry runs in tanks, silos, and pipes across industries like chemical, food, water treatment, and oil & gas. They work by detecting changes in vibration frequency when a material contacts the fork, signaling high/low levels for pump control, alarms, and automated processes. 

Product Detls: Minimum Order Quantity 1 Piece Magnification 600x Model Name/Number BI STU Usage/Application Laboratory, Educational, Medical Is It Portable Portable Eye Piece 10x & 15x Certification ISI (Optional) Camera Avlable (Optional) Illumination Mirror Country of Origin Made in India Lenses Fixed Square Stage 120 x 120 mm Objective 10x, 45x (4x is Optional) Specifications: Elegant body, practical design and coated with optional mechanical stage or slide clips Focusing by coarse & fine adjustment knobs. Illumination by plano concave mirror reflector or optional LED light. Avlable in Styrofoam pack for safe & easy transport. Wooden Box is optional. Request Callback Additional Information: Delivery Time: Ready

Product Detls: Microscope Focusing Type Motorized Illumination Halogen Microscope Focusing Range 200mm Name Magnification Steps 3 Step Color White Total Magnification 5x, 10x & 20x Usage/Application Laboratory Made In India Specifications: 45Deg. Inclined Binocular Tubes Magnification: 5x, 10x & 20x (Three Step Magnification) Working distance: f=200mm Objective Lens Focusing: Mannual Illumination Control: Direct LED 50 W Illumination control: Continuos Adjustment Type: Table Clamp Request Callback

Product Detls: Usage/Application Laboratory Eyepiece Huygenian x10. Packaging Type Box Halogen Lamp 20 W Battery Voltage 6 V Objectives Achromatic: x5, x10, x20. A greatly enlarged image of the specimen slide is projected on the screen, providing a high contrast, sharp and distortion free image. The microscope is highly suitable for group discussions as well as for teaching purposes. General Features: Stable and robust stand. Monocular fixed strght tube body. Separate knobs for coarse and fine focussing. Graduated detachable mechanical stage. Triple revolving nose-piece with click stops and positive centering. Fixed built-in Abbe condenser NA 0.65. With solid state variable light control knob for adjusting the intensity. Grnless, optically true circular glass projection screen rotatable through 360° on microscope tube.