Trinocular Head Biological Microscope 03B-T6TM200

Trinocular Head Biological Microscope 03B-T6TM200

Lab Expo Trinocular Head Biological Microscope 03B-T6TM200 has flat field infinity corrected planachromatic objectives, providing FN22 crisp images. This microscope is optimally designed to see the smallest specimen in crisp optical view and contrast. Multiple lenses can be attached, which gives this microscope a magnification that can range from 4x to 100x.

$3,091.00 $ 2576

Trinocular Head Biological Microscope 03B-T6TM200 - Specifications

Nosepiece 5-places revolver nosepiece
Head Trinocular Head
Objective Oil IOS infinity Plan-achromatic objectives: Pa 4x-10x-40x-100x
Eyepiece n.2 eyepieces WF 10x/22
Lighting System Led adjustable lighting system 3 Watt

Trinocular Head Biological Microscope 03B-T6TM200 - Key Features

  • Trinocular head with 22mm field of view
  • 5-places revolver nosepiece for objectives
  • WF 10x/22 eyepieces standard configuration
  • Infinity Plan-achromatic objectives 4x-100x oil
  • 3 Watt LED illumination system adjustable brightness

Trinocular Head Biological Microscope 03B-T6TM200 - Applications

FunctionImplementation
Clinical diagnosticsPa 4x-10x-40x-100x enables detailed specimen analysis
Quality control labsFN22 crisp images supports accurate visual inspection
Research laboratories3 Watt LED lighting system provides consistent illumination
Educational institutionsWF 10x/22 eyepieces facilitates clear student observation
Industrial testing5-places revolver nosepiece allows rapid objective switching

Trinocular Head Biological Microscope 03B-T6TM200 - Catalog

Related Biological Microscope

Lab Expo Biological Microscopes are structured around compound optical pathways to deliver high-resolution imaging for cellular and tissue analysis. This biological compound microscope supports multi-objective magnification with infinity-corrected optics and plan achromatic lenses for flat-field clarity. Stable stage mechanics, ergonomic binocular or trinocular viewing, and controlled illumination enable accurate observation for research, education, and clinical laboratory workflows.