Introduction

Digital Microscope has a monocular head design with a 360° rotating and 45° inclined head. It has an achromatic objective type and a quadruple outward nosepiece. A 1.25 N.A. Abbe condenser type is employed. Along with a 1.3 MP camera with USB 2.0 output, the system supports windows 7, windows 10 and windows 11.

Applications

Digital Microscope is employed in a variety of settings for sample, blood cell, and tissue culture examination, including medical research facilities, biological research labs, metallurgy, health clinics, etc.

Specifications

Optical SystemAchromatic
Standard Magnification40x-1000x
Head TypeMonocular
Inclination45°
RotationHead Rotate 360°
Eyepiece Diameter23.2mm
TypeWF10X/18mm, 2 pcs
NosepieceOutward 4 holes
ObjectiveAchromatic
Magnification4x, 10x, 40x (s), 100x (o, s)
Working StageDouble Layer Mechanical
Stage Dimensions115 × 125mm
Moving Size70 × 20mm
CondenserAbbe 1.25 N. A
Light Source TypeLED
Transmit Light1W LED
Camera OutputUSB2.0
System SupportWin11, Win10, Win7

Features

It consists of an achromatic optical system.

Monocular head type with 45° inclination.

WF10x/18mm eyepoint.

Outward quadruple nosepiece.

Mechanical working stage.

Coaxial coarse and fine focusing type with safety stop screw.

Abbe 1.25 N. A condenser.

LEDs are used as light sources.

A 1.3-megapixel camera is used, USB2.0 as output.

FAQs

1. What are Digital Microscopes used for?

Digital Microscopes are used for detailed examination and analysis of samples using high-magnification digital imaging.

2. What magnification capabilities are available in Digital Microscopes?

Digital Microscopes offer a wide magnification range to support detailed observation of various sample types.

3. How do Digital Microscopes support image and video capture?

Digital Microscopes are equipped with built-in cameras that capture high-quality images and videos.

4. How do Digital Microscopes ensure easy and efficient operation?

Digital Microscopes feature user-friendly interfaces that allow simple control of settings and functions.

5. How do Digital Microscopes support precise analysis?

Digital Microscopes combine high-resolution imaging with advanced digital technology for accurate sample analysis.

6. Where are Digital Microscopes commonly used?

Digital Microscopes are commonly used in research institutes, healthcare clinics, and laboratory environments.

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