Digital Microscope EZL-DM101 features a 30° inclined, compensation-free trinocular head for sharp and clear imaging. It is equipped with an android-powered touchscreen interface for effortless control and a user-friendly experience. This includes a high-precision mechanical system that ensures accurate focusing for detailed microscopic analysis. Our digital microscope incorporates infinite plan objectives to ensure consistent image quality and precise focusing across all magnifications.

Viewing Head Free Trinocular Head, 30° Inclined
Optical System Infinite Optical System
Interpupillary Distance 48 to 75 mm
Eyepiece Type Wide Field Plan Eyepiece
Eyepiece Magnification 10x
Eyepiece Field of View φ20 mm
Nosepiece Type Quadruple Nosepiece
Objective Infinitive plan Objectives 4×, 10×, 40×, 100×
Focusing Adjustment Type Coaxial Coarse and Fine Adjustment
Focusing Moving Range 20 mm
Focusing Fine Division 0.002 mm
Condenser Type Abbe Condenser
Condenser Numerical Aperture 1.25
Stage Type Double Layer Mechanical Stage
Stage Size 140 × 140 mm
Stage Moving Range 75 × 50 mm
Illumination Built-in LED Lamp
LCD Screen Type 9.7-inch TFT Touchscreen
LCD Screen Operating System Android
LCD Screen Output Interfaces USB2.0, HDMI, TF Card, Built-in Wi-Fi
LCD Screen Valid Pixel 5.0M Pixel
LCD Screen Software S-EYE
Dimensions 300 × 300 × 600 mm
Packaging Dimensions 340 × 340× 670 mm
Net Weight 10 Kg
Gross Weight 12 Kg
  • Anti-fungal objective lens
  • Wide field eyepiece vision
  • Endless optical system flexibility
  • Dual-layer mechanical stage design
  • Includes coaxial coarse and fine adjustment
  • Phase Contrast Kit × 1pcDark Filed (wet) × 1pcDark Filed (dry) × 1pcFluorescent Kit (B band) × 1pcHeating Stage × 1pc

  • Phase Contrast KitDark Filed (wet)Dark Filed (dry)Fluorescent Kit (B band)Heating Stage

  • Digital Microscope EZL-DM101 is widely used in biological research, clinical diagnostics, and educational laboratories for capturing high-resolution images of specimens. Its advanced imaging and precision focusing makes it ideal for detailed cellular studies, pathology, and training purpose.