Trinocular Head Biological Microscope 03B-THBM203

Trinocular Head Biological Microscope 03B-THBM203

Model: 03B-THBM203

Lab Expo Trinocular Head Biological Microscope 03B-THBM203 has flat field infinity corrected planachromatic objectives, providing FN22 crisp images. This device is designed to see the smallest specimen in optical view and contrast. This LED microscope has high aperture objectives providing increased transmission and standard planachromats.

$3,286.00 $ 2738

Trinocular Head Biological Microscope 03B-THBM203 - Specifications

Nosepiece 5-places revolver nosepiece
Head Trinocular Head
Objective Oil Planachromatic I.O.S objectives Ph Phase: Pa 10x - Pa 40x
Eyepiece n.2 eyepieces PL 10x/22
Lighting System Led adjustable lighting system 3 Watt
Condenser Universal Disk Revolver Condenser

Trinocular Head Biological Microscope 03B-THBM203 - Key Features

  • Trinocular head with infinity corrected optics
  • Universal disk revolver condenser system
  • LED adjustable lighting system 3 Watt power
  • n.2 eyepieces PL 10x/22 magnification
  • 5-places revolver nosepiece configuration

Trinocular Head Biological Microscope 03B-THBM203 - Applications

FunctionImplementation
Clinical labs3 Watt LED lighting supports extended specimen examination
Research facilitiesPL 10x/22 eyepiece enables FN22 crisp image viewing
Quality controlUniversal Disk Revolver Condenser allows phase contrast observation
Industrial testing5-places revolver nosepiece accommodates multiple objective magnifications
Educational institutionsTrinocular Head facilitates simultaneous viewing and documentation

Trinocular Head Biological Microscope 03B-THBM203 - 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.