Research Inclined Trinocular Microscope BM – 6tr (Ultra)

Description

• Technical Specification Table

  Specification	Details
  Head Type	Trinocular with hard-coated prisms
  Nosepiece	Quadruple revolving ball-bearing nosepiece
  Stage	Special graduated mechanical stage, double-layered, low-positioned coaxial knobs
  Focusing	Fine and coarse focusing system
  Illumination	Bright LED light with solid-state power supply
  Objectives	Semi-plan achromatic 4x, 10x, 40x, 100x (oil)
  Eyepieces	Extra-wide field 10x (18mm paired)
  Condenser	High-quality condenser lens for all magnifications

  Key Features

  • Trinocular head with hard-coated prisms for durability and documentation
  • Quadruple revolving ball-bearing nosepiece for smooth objective rotation
  • Double-layered mechanical stage with low-positioned coaxial knobs
  • Fine and coarse focusing system for precise adjustments
  • Bright LED illumination with solid-state power supply
  • Semi-plan achromatic objectives for sharp and clear images
  • Extra-wide field (EWF) 10x eyepieces (18mm paired)
  • High-quality condenser lens for optimal light utilization
  • Objectives: 4x, 10x, 40x, 100x (oil immersion)
  • Robust design suitable for research, clinical labs, and teaching

  Working Principle

  The BM–6TR microscope illuminates specimens using the bright LED light, directing light through the condenser and onto the sample. The objectives magnify the image, and the trinocular head allows observation through eyepieces or attachment of a camera. Users adjust focus with coarse and fine knobs and position the slide using the graduated mechanical stage. The high-quality optics and condenser produce sharp, bright, and accurate images for research, analysis, and documentation.

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  Use Cases

  • Research laboratories for cellular, tissue, and microorganism studies
  • University and college labs for teaching and demonstration
  • Clinical and diagnostic laboratories for sample analysis
  • Industrial laboratories for material inspection
  • Labs requiring photo documentation of specimens