Research Inclined Binocular Microscope BM – 8bi (Ultra)

Description

Technical Specification Table

---

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