Research Inclined Monocular Microscope BM – 8mo (Ultra)
The Research Inclined Monocular Microscope is designed for advanced laboratory and research applications. Its monocular head with hard-coated prisms ensures durability and clear imaging. Equipped with semi-plan achromatic objectives, extra-wide field eyepieces, and a high-quality condenser, it delivers bright, sharp images at all magnifications. The microscope features smooth co-axial focusing, a double-layered mechanical stage, and LED illumination, making it ideal for research, educational, and clinical use.
Technical Specification Table
| Specification | Details |
|---|---|
| Head Type | Monocular with hard-coated prisms |
| Nosepiece | Quadruple revolving ball-bearing nosepiece |
| Focusing | Co-axial coarse and fine focusing system |
| Stage | Double-layered mechanical stage with low-positioned coaxial knobs |
| Illumination | Bright LED light with solid-state power supply |
| Objectives | DIN size semi-plan achromatic objectives |
| Eyepieces | Extra-wide field, hard-coated |
| Condenser | High-quality condenser lens for all magnifications |
Key Features
• Monocular head with hard-coated prisms for durability
• Quadruple revolving ball-bearing nosepiece for easy objective switching
• Co-axial coarse and fine focusing system for precise adjustment
• Double-layered mechanical stage with low-positioned coaxial knobs
• Bright LED illumination with solid-state power supply
• DIN size semi-plan achromatic objectives for sharp imaging
• Extra-wide field hard-coated eyepieces for comfortable viewing
• High-quality condenser lens for optimal light and contrast
• Robust design suitable for laboratories, research, and education
Working Principle
The microscope illuminates the specimen using the bright LED light, directing light through the condenser onto the sample. The objectives magnify the image, which is further enlarged by the extra-wide field eyepiece. Users adjust focus using the co-axial coarse and fine knobs while moving the slide on the double-layered mechanical stage. The high-quality optics provide sharp, bright, and accurate images for research, teaching, and clinical observation.
Use Cases
• Research laboratories for cellular and tissue studies
• University and college teaching laboratories
• Clinical laboratories for sample analysis
• Industrial laboratories for material inspection
• Educational demonstrations and practical training
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