Digital Microscope T-DIM-S2101

Introduction

Digital Microscope has an optical conversion ratio of 1:7.15. It delivers clear and detailed imaging. Equipped with an adjustable LED illumination system for enhanced visibility. Integrated with video magnification of 21 to 147X for versatile observation. Microscope is ideal for research labs, education, and industrial inspections.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Digital Microscope offers measurement tool for consistent analysis and network display for simultaneous monitor and computer viewing. It ensures efficient imaging with advanced functionality.

Specifications

Optical Conversion Ratio	1:7.15
Objective Ratio	0.7X to 5.0X
Camera Eyepiece Magnification	0.4X
Video Magnification	21X to 147X
Field of View	2.3×4mm to 16.5×29mm
Working Distance	105mm
Center Distance	115mm
CCD System Resolution	3840×2160P
Pixel Size	3.75μm × 3.75μm
Data Bits	12BIT
HDR	Level III
White Balance	Manual/Auto
Focus Mode	Manual
Output Frame Rate	60fps
Output Mode	HDMI
Output Color	Color/Black & White
Focusing Frame	Coarse moving focusing hand wheel, adjustable elasticity
Brightness	Adjustable
Screen Size	28 inches
Screen Ratio	16:9
Length Measurement	Straight Line, Broken Line, Curve, Circular Arc, Parallel Lines
Center Distance Measurement	Line Length, Line Spacing, Circle Radius, Concentric Circles
Geometric Area	Circular Area, Square, Triangle, Polygon
Angle Measurement	Inner Angle, Exterior Angle
Image Rotation	Vertical Rotation, Horizontal Rotation
Picture Format	BMP, JPG
Saving Mode	U disk
Video Format	H.264
Power Supply	AC 100 to 240V
Moment Arm Bracket	50×60×300mm
Working Platform	320×285×32mm

Features

Save photos to storage

Video Recording

Preview Mode

Access measurement function 

Dual-screen support

FAQs

1. What is a Digital Microscope?

A Digital Microscope is an apparatus designed to magnify, view, and capture detailed images of small objects.

2. How is Digital Microscope different from traditional microscope?

A Digital Microscope differs from a traditional microscope by displaying images on a digital screen instead of through an eyepiece, allowing for easier viewing and sharing.

3. Is Digital Microscope useful in biology and life sciences?

It is widely used in biology labs for viewing plant cells, microorganisms, and tissue samples, allowing students and researchers to capture and analyze biological structures in detail.

4. Can Digital Microscope help in forensic investigations?

It is an essential tool in forensic science for analyzing trace evidence like hair, fibers, tool marks, and even document forgeries.

5. Can Digital Microscope be used in agriculture?

It is used in agriculture to examine plant diseases, study leaf structures, and analyze pests or fungal infections affecting crops.

6. Can Digital Microscope be used for dermatology or skin analysis?

It is commonly used in dermatology to observe skin texture, pores, pigmentation, and hair follicles.

7. Can Digital Microscope be used in food inspection and quality control?

It is used to inspect the texture, surface contaminants, or micro-structure of food products to ensure they meet safety and quality standards.

8. How is Digital Microscope used in pharmaceutical quality testing?

It is used to inspect drug tablets, coatings, crystallization, and packaging materials to ensure compliance with pharmaceutical standards.

9. Can Digital Microscope help in environmental monitoring?

It is used to examine water samples, airborne particles, microplastics, and biological contaminants for environmental studies.

10. Can Digital Microscope be used in pathology labs?

It is used in pathology for viewing histological slides, tissue samples, and cell morphology during diagnostic and research activities.