Digital Biological Microscope T-L2M-502

Introduction

Digital Biological Microscope offers 40X to 1000X magnification for detailed sample observation. Integrated with a 5MP camera and a ½ inch CMOS sensor for capturing high-resolution color images. It features coarse and fine focusing knobs with 2 µm/division adjustment for smooth operation. It offers a spacious mechanical stage with dual slide holders for stable specimen positioning and fine movement. Digital Biological Microscope includes a high numerical aperture condenser with iris diaphragm for contrast control.

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 Biological Microscope is employed in genetics, molecular biology, and biotechnology research for specimen observation and supports examination of microorganisms and particles in water and soil samples.

Specifications

Magnification Range	40X to 1000X
Eyepiece	WF10X/20mm
Infinity Plan Objectives	4X/ 10X/ 40X(S)/ 100X(S,Oil)
Viewing Head	Binocular Head
Head Position	30° inclined, 360° rotatable
Interpupillary Distance	48 to 75 mm
Light Distribution Ratio	20:80
Nosepiece	4 holes (Quadplex)
Condenser	Abbe N.A. 1.25(Iris Diaphragm)
Camera	5MP digital camera
Sensor	½ inch CMOS, color sequential scanning
Interface	USB 2.0
Illumination System	3W LED
Base	External power adapter with data cable
Focusing System	Coaxial coarse and fine knobs
Coaxial Coarse Focusing Range	25 mm
Fine Knobs Focusing Range	2µm/division
Mechanical Stage	Dual slide holder with 0.1 mm scale
Mechanical Stage Dimension	140 × 135 mm
Mechanical Stage Adjustment Range	75 × 35 mm
Power Supply	100V to 240V
Packaging Dimension	345 × 260 × 455 mm
Net Weight	5.3 kg
Gross Weight	6.7 kg

Features

Infinity Plan Objectives

Binocular Rotational Head 

LED Illumination

Quadruplex Nosepiece 

USB Interface

Compact And Lightweight

FAQs

1. What is a Biological Microscope?

A Biological Microscope is an optical instrument designed for viewing small specimens such as cells, tissues, and microorganisms that are not visible to the naked eye.

2. How does Biological Microscope work?

It works by using a series of lenses to magnify the image of a biological sample, allowing detailed observation of microscopic structures.

3. What specimens can be observed under Biological Microscope?

It is commonly used to observe specimens such as blood cells, bacteria, plant tissues, and animal cells.

4. How should Biological Microscope be maintained?

It should be kept clean, covered when not in use, and regularly calibrated to ensure accurate observation and longevity.

5. How is Biological Microscope used in medical diagnostics?

It is used in medical diagnostics to examine blood smears, tissue biopsies, and bodily fluids for the presence of abnormal cells, bacteria, or parasites.

6. How does Biological Microscope help in microbiology research?

In microbiology research, it allows scientists to study the structure, morphology, and behavior of microorganisms like bacteria and fungi under controlled conditions.

7. How is a Biological Microscope applied in botanical studies?

It is used in botanical studies to observe plant cell structures, stomata, and tissue organization, helping researchers understand plant physiology and development.

8. How does Biological Microscope support pathology labs?

In pathology labs, it is essential for analyzing tissue samples to detect diseases such as cancer, based on cellular abnormalities and histological patterns.

9. Is Biological Microscope useful in forensic investigations?

It is useful in forensic investigations for analyzing biological evidence such as hair, fibers, and bodily fluids to assist in criminal cases.

10. Can Biological Microscope assist in environmental monitoring?

It assists in environmental monitoring by enabling the study of microorganisms in water and soil samples, helping to detect pollution and ecological imbalances.