Introduction

Digital Microscope has a Siedentopf binocular with a 45° inclination and 360° rotation. Features a diopter with an adjustable tube and a quadruple outward nosepiece. The microscope consists of a 1.20 N.A. Abbe + iris diaphragm condenser, and a 3-megapixel camera with USB output. The system supports Windows 7, Windows 10, and Windows 11.

Applications

Digital Microscope is used for analyzing samples of blood cells and tissues culture in the fields of medical research institutes, biological laboratories, metallurgy, health clinics, etc.

Specifications

Optical SystemAchromatic
Standard Magnification40x-1000x
Head TypeSiedentopf Binocular
Inclination45°
RotationHead Rotate 360°
Interpupillary55-75mm
DiopterBoth Tube Adjustable
EyepieceWF10x/18mm, 2 pcs
Diameter23.2mm
NosepieceOutward 4 Holes
ObjectiveAchromatic
Magnification4x, 10x, 40x (s), 100x (o, s)
Stage2 Layer Mechanical
Size140 × 140mm
Moving75 × 50mm
Focus Range28mm
Scale0.002mm
CondenserAbbe N. A
Light Source TypeHalogen
Transmit Light6V20W Halogen
Video AdapterC-Mount 0.3x
Camera OutputUSB
System SupportWin10
Power Supply TypeAC 110/220V
Dimensions (L × D × H)370 × 290 × 470 mm
Weight13 Kg

Features

It consists of an achromatic optical system.

Quadruple outward nosepiece.

Siedentopf binocular head type with 45°.

Mechanical layer working stage with double slide holder.

Coaxial coarse and fine focusing type with safety stop lock ring and tension adjustable.

Halogens are used as light sources.

A 3-megapixel camera is used, USB as output.

Abbe condenser of 1.20 aperture.

Both diopters are adjustable.

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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