Description
Technical Specification Table
| Specification | Details |
|---|---|
| Model | BM-8bi (Ultra) Research Inclined Binocular Microscope |
| Head Type | Inclined Binocular Head with hard-coated prisms |
| Objectives | DIN Semi-plan Achromatic 4x, 10x, 40x, 100x (Oil) |
| Eyepieces | Extra Wide Field (EWF) 10x, 18mm paired |
| Nosepiece | Quadruple revolving, ball-bearing type |
| Focusing System | Coaxial coarse and fine focusing |
| Stage | Double-layer mechanical stage with low-positioned coaxial knobs |
| Condenser | High-quality condenser lens for all magnifications |
| Illumination | Bright LED light with solid-state power supply circuitry |
| Accessories | Standard dust cover and operating manual |
| Applications | Research, teaching, clinical laboratories |
Key Features
Inclined binocular head with hard-coated prisms for durability and sharp imaging
Quadruple revolving ball-bearing nosepiece for smooth objective changes
Coaxial coarse and fine focusing system for precise image adjustment
Double-layered mechanical stage with low-positioned coaxial knobs for comfortable slide control
Bright LED illumination with stable solid-state power supply
DIN-size semi-plan achromatic objectives for high-resolution imaging at all magnifications
Extra-wide-field 10x eyepieces (paired, 18mm) for comfortable viewing
High-quality condenser lens for uniform illumination and improved contrast
Robust construction suitable for research and educational laboratories
Accurate and repeatable results for tissue, cellular, and microorganism studies
Ergonomic design for long-duration use without strain
Working Principle
The BM-8bi (Ultra) Microscope illuminates specimens using a bright LED light source, passing light through a high-quality condenser and the selected semi-plan achromatic objective. The inclined binocular head allows ergonomic observation, while the coaxial focusing system ensures smooth coarse and fine adjustments. The double-layer mechanical stage allows precise XY movement of the slide. Light from the LED passes through the optics and is magnified by the objectives, delivering clear, high-resolution images through the wide-field eyepieces. The hard-coated prisms minimize reflection losses, ensuring accurate, sharp, and consistent imaging at all magnifications.
Applications / Use Cases
Advanced research laboratories for cellular and tissue studies
University and college laboratories for teaching and demonstrations
Clinical laboratories for diagnostic sample analysis
Microbiology and biomedical research
Pharmaceutical and biotechnology research
Training centers for laboratory microscopy education
Material and sample observation requiring high-resolution imaging
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