Description
Technical Specification Table
| Specification | Details |
|---|---|
| Model | BM-8bi Binocular Microscope |
| Head | Rotatable binocular head with hard-coated prisms |
| Nosepiece | Quadruple nosepiece with positive click stops, ball-based |
| Eyepieces | H5x & WF10x (paired) |
| Objectives | 5x, 10x, 45x (SL), 100x (SL) oil immersion |
| Focusing System | Co-axial, 4-stage gear reduction on ball guides, coarse motion lock |
| Stage | Built-in co-axial mechanical stage for slide manipulation |
| Illumination | 6V-20W halogen lamp with solid-state variable light control |
| Optical Options | (a) A-grade Indian optics, (b) Indian optics + imported 100x oil, (c) all imported optics |
| Packaging | Thermocol packing for secure delivery |
Key Features
Rotatable binocular head with hard-coated prisms for clear imaging
Quadruple nosepiece with ball-based positive click stops
Co-axial coarse and fine focusing using 4-stage gear reduction system
Ball-guided focusing ensures smooth and precise operation
Coarse motion locking device protects slides from damage
Built-in co-axial mechanical stage for precise slide handling
6V-20W halogen lamp with solid-state variable light control
Paired eyepieces H5x & WF10x for wide-field observation
Objectives: 5x, 10x, 45x (SL), 100x (SL) oil immersion
Options for Indian or imported optics for high-quality imaging
Robust construction suitable for classroom, lab, and research use
Working Principle
The BM-8bi Microscope functions by directing light from the halogen lamp through the selected objective onto the specimen. The co-axial mechanical stage allows precise positioning, while the co-axial coarse and fine focusing system with 4-stage gear reduction ensures smooth and accurate focusing. The rotatable binocular head provides comfortable observation through paired H5x and WF10x eyepieces. The combination of high-quality optics and adjustable illumination delivers bright, sharp, and distortion-free images. The coarse motion lock prevents slide damage, allowing safe and reliable operation for prolonged laboratory use.
Applications / Use Cases
Educational institutions for teaching microscopy
Clinical laboratories for diagnostic analysis
Research laboratories for cellular, tissue, and microorganism studies
Industrial labs for material and quality testing
Student practical training in biology and medical courses
Laboratories requiring high-precision oil immersion objectives
Advanced microscopy demonstrations and experiments
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