Description

AmScope Trinocular Biological Microscope

The AmScope T120A Trinocular Biological Microscope is designed for users who require reliable optical performance for laboratory observation, educational instruction, and scientific imaging. Combining precision optics with a durable laboratory-grade structure, this microscope supports detailed examination of biological specimens while also providing the flexibility needed for digital documentation and camera integration.

Its trinocular head configuration allows users to observe samples directly through the eyepieces while simultaneously connecting a microscope camera through the dedicated photo port. This makes the T120A especially useful in teaching environments, clinical laboratories, and research applications where image capture, live display, or documentation is important.

With magnification ranging from 40X to 1000X, the microscope is suitable for observing cells, bacteria, tissue structures, blood smears, microorganisms, and prepared biological slides. The DIN achromatic objective lenses are engineered to reduce chromatic and spherical aberrations, delivering improved sharpness, color accuracy, and image clarity across the field of view.

Optical Performance and Viewing System

The microscope is equipped with a trinocular Siedentopf head inclined at 30 degrees for ergonomic viewing comfort during extended observation sessions. The head rotates 360 degrees, allowing convenient positioning in laboratory or classroom environments.

Widefield WF10X eyepieces provide a comfortable viewing experience with a broad observation area, while the precision diopter adjustment and adjustable interpupillary distance help users achieve accurate focus based on individual eyesight requirements.

The quadruple revolving nosepiece includes four DIN achromatic objectives:

Combined with the eyepieces, the system delivers total magnification levels from 40X to 1000X.

Illumination and Contrast Control

The integrated LED transmitted illumination system provides bright and stable lighting while producing less heat compared to traditional halogen systems. Variable intensity adjustment allows users to optimize brightness depending on specimen transparency and magnification level.

An NA1.25 Abbe condenser with iris diaphragm improves light concentration and contrast control, helping produce clearer specimen details and better depth definition. This is especially important when observing transparent biological samples or fine cellular structures.

Mechanical Stage and Focusing Precision

The T120A uses a double-layer mechanical stage designed for accurate slide positioning and smooth specimen movement along both X and Y axes. This allows precise tracking of microscopic structures without manually repositioning the slide.

The coaxial coarse and fine focus controls provide smooth focusing adjustments with high precision, particularly useful at high magnification where depth of field becomes extremely narrow.

The microscope’s all-metal frame construction increases durability and stability while reducing vibration during detailed observation or digital image capture.

Digital Imaging Compatibility

A major advantage of the T120 is its dedicated trinocular photo port, which supports connection to microscope cameras for:

• Live video display
• Digital image capture
• Laboratory documentation
• Educational projection systems
• Remote observation
• Research archiving

This makes the microscope suitable for users planning future upgrades into digital microscopy workflows.

Who Is This Product For?

The AmScope T120 is well suited for:

Educational Institutions

Ideal for schools, colleges, and universities teaching biology, microbiology, pathology, and laboratory sciences.

Clinical and Medical Laboratories

Useful for routine specimen analysis, blood smear observation, and laboratory demonstrations.

Research Laboratories

Suitable for biological research requiring stable optics, precise focusing, and digital imaging capability.

Veterinary and Agricultural Applications

Can be used for microorganism studies, tissue examination, and sample analysis in veterinary or agricultural laboratories.

Hobbyists and Advanced Home Users

An excellent option for serious microscopy enthusiasts seeking laboratory-level optical performance with camera compatibility.

What’s in the Box

Key Features

• Trinocular biological compound microscope
• 40X–1000X magnification range
• DIN achromatic optical system
• 360° rotatable Siedentopf viewing head
• Dedicated trinocular camera port
• Adjustable LED transmitted illumination
• Precision coaxial coarse and fine focusing
• Double-layer mechanical stage
• NA1.25 Abbe condenser with iris diaphragm
• Durable all-metal laboratory construction
• Suitable for digital microscopy integration

Applications

• Biological specimen observation
• Microbiology and bacteriology
• Clinical laboratory work
• Educational laboratory training
• Histology and pathology studies
• Veterinary sample analysis
• Water quality examination
• Scientific imaging and documentation

• Optical Specifications

  Specification	Details
  Microscope Type	Biological Compound Microscope
  Head Type	Trinocular Siedentopf Head
  Viewing Angle	30° Inclined
  Head Rotation	360° Rotatable
  Optical System	Finite-Conjugate DIN Optical System
  Magnification Range	40X – 1000X
  Eyepieces	WF10X Widefield Eyepieces
  Eyepiece Tube Diameter	23mm
  Interpupillary Distance	48mm – 75mm
  Diopter Adjustment	Left Eyepiece Tube
  Objective Lenses	4X, 10X, 40X, 100X Oil
  Objective Standard	DIN Achromatic
  Nosepiece Type	Quadruple Revolving Nosepiece
  Condenser	NA1.25 Abbe Condenser
  Iris Diaphragm	Included
  Focus System	Coaxial Coarse & Fine Focus
  Stage Type	Double-Layer Mechanical Stage
  Stage Dimensions	118mm × 127mm
  X-Y Travel Range	70mm × 21mm
  Illumination Type	LED Transmitted Illumination
  Brightness Control	Variable Intensity
  Camera Port	Dedicated Trinocular Photo Port
  Frame Material	All-Metal Construction
  Power Supply	100–240V AC Adapter
  Application Areas	Biology, Clinical, Laboratory, Education, Research