Introduction

Digital Microscope utilizes the NIS45 infinite color-corrected optical system for high-quality color reproduction in images. It features a Seidentopf trinocular head with a 30° inclination, offering comfortable viewing angles. Automatically adjusts light intensity after changing the objective for optimal observing conditions. Incorporated a motorized X-Y mechanical stage for accurate sample positioning and movement. Our microscope features a front LCD touchscreen that displays magnification and illumination details.

Applications

Digital Microscope is used for observing metal structures, electronics, chemicals, semiconductors, etc across institutes, labs, and industries, and more.

Specifications

Optical SystemNIS45 Infinite Color Corrected Optical System
Standard Magnification1000x
Objective TypeApochromat
Head TypeSeidentopf Trinocular Head
Inclination30°
Interpupillary47mm to 78mm
Tube Length200mm
DiopterAdjustable
EyepieceSW10X/25mm
Magnification5x, 10x, 20x, 50x, 100x
StageHigh-precision motorized X-Y double layers mechanical stage
Size275×239×44.5 mm
Stage Repeat Positioning Accuracy± 1.5 μm
NosepieceBackward Motorized Sextuple Nosepiece (with DIC slot)
FocusingLow-hand motorized autofocusing mechanism
Focus Range30 mm
Focusing Repeat Positioning Accuracy0.1μm
Reflected IlluminationReflected light 5W LED
Koehler illumination
6-position turret
BF2 bright field module
DF dark field module
Dimensions261×367×582 mm
Weight27kg

Features

Precise electric focusing.

Control via joystick, touch screen, or software.

Polarized light sample analysis.

Ability to examine transparent specimens.

Independent operation of left and right-hand wheels.

Nosepiece control panel with buttons.

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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