Fluorescence Microscope FM2022

Introduction

Fluorescent Microscope incorporates a Siedentopf trinocular head with 30° inclination and 360° rotation. The WF10x/20 mm high-eyepoint eyepiece and a quadruple inwardly rotating nosepiece make up the microscope. It concentrates on fine and coarse specimens and has an Abbe condenser with an iris diaphragm. A modernized halogen lamp with Kohler lighting as the light source is also featured.

Applications

Fluorescence Microscope is used for sample, blood cell, and tissue culture inspection at medical research facilities, biological research labs, metallurgy, health clinics, etc.

Specifications

Optical System	Infinity Semi-Plan
Head Type	Siedentopf Trinocular
Rotation	360°
Inclination	30°
Interpupillary	48-75 mm
Light Path	E80:P20
Diopter	Adjustable
Eyepiece	WF10x/ 20mm, 2 pc
Eyepiece Diameter	23.2 mm
Nosepiece	Inward, 4 holes
Objective	Infinity E-Plan
Working Stage Type	2-layer Mechanical
Stage Size	145 × 140 mm
Moving Size	76 × 52 mm
Focusing Range	26 mm
Scale	0.002 mm
Condenser	Abbe, 1.25 N. A
Light Source	LED, 5W
Transmit Light	3W LED
Reflect Light	5W LED fluorescent light source
Power Supply	AC 110V/ 220V
Video Adapter	C-Mount 0.3x
Fluorescence	B, G, U, UV China Fluorescent set, 6 holes disc fluorescent unit, 5W LED lamp house, power box, UV Protection Barrier
Dimensions (L × D × H)	420 × 280 × 450 mm
Net Weight	15 Kg
Gross Weight	18 Kg

Features

It consists of infinity semi-plan optical system.

Siedentopf trinocular head type.

Adjustable diopter.

WF10x/20 mm (high eyepoint) eyepiece.

Quadruple inward revolving nosepiece.

Mechanical double layer working stage with double slide holder.

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

Abbe 1.25 aperture condenser with iris diaphragm; rack and pinion up/down.

LEDs as light source with transmit and reflect features.

FAQs

1. Why is it called a Fluorescence Microscope?

A Fluorescence Microscope gets its name because it uses fluorescence to visualize samples. It excites fluorescent molecules, which then emit light, allowing for high-contrast imaging of specific structures.

2. What type of light source is used?

We use LEDs in our fluorescence microscopes because they are energy-efficient, long-lasting, and provide stable illumination for accurate imaging.

3. What is the use of an Abbe condenser in Fluorescence Microscope?

An Abbe condenser is needed to enhance contrast in transmitted light applications.

4. Can Fluorescence Microscopy be used for live-cell imaging?

Yes, our fluorescence microscopes are equipped with time-lapse imaging and controlled environmental conditions, making them designed for live-cell studies.

5. Can a Fluorescence Microscope detect multiple colors simultaneously?

Yes, by using different fluorophores with distinct emission wavelengths, our fluorescence microscope can detect multiple colors in a single sample.