Inverted Biological Microscope LIBM-T311

Introduction

Inverted Biological Microscope offers 40x to 640x magnification with observations. This microscope provides enhanced visualization of transparent samples. The working distance is up to 365 mm and 480 mm with or without a condenser. Our microscope is ideal for live cell observation, micro-manipulation, and documentation of immunostained specimens and routine cell culture.

This microscope is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Inverted Biological Microscope is ideal for cell culture, making it easy to monitor large cell culture flasks. Its advanced system with long working distance produces stable performance in routine live cell examinations.

Specifications

Optical System	Infinity optical system
Viewing Head	45° Trinocular seidentopf head Interpupillary distance: 48-76 mm, splitting Ratio :100:0 or E80:P20, eyepiece tube diameter:30 mm
Eyepiece	Wide field eyepiece 10x/22 mm, Adjustable Diopter
Objectives	2x/N.A=0.06, WD=7.2 10x/N.A=0.25, WD=10.3 20x/N.A=0.45, WD=5.8 40x/N.A=0.65, WD=5.1
Nose-Piece	Quintuple nosepiece
Condenser	Long working distance condenser, N.A. 0.3, WD:72 mm to 365 mm (with condenser), 480 mm (with condenser)
Phase Annuls	10x/20x/40x
Stage	Size:210 × 241 mm, Round glass slide size : Ф110
Illumination	10W , Input voltage 100 to 240
Dimension	600 × 590 × 325 mm
Net Weight	18 kg
Gross Weight	25 kg

Features

Fluorescence enabled observation 

Diopter-adjustable wide field eyepiece  

Distortion free imaging 

Robust stability

High resolution objective fluorescence and phase contrast 

Accommodate large multilayer vessels up to 10 chambers

FAQs

1. How does an Inverted Biological Microscope work?

Inverted Biological Microscope is designed to observe specimens from below, making it ideal for live-cell imaging, tissue culture, and observing specimens in dishes or flasks. Its objective lens is below the stage and the light source is above allowing direct light downward onto specimens. This Inverted biological microscope is equipped with high resolution optics, enhancing the visualization of unstained specimens.

2. What are the key applications of this Inverted Biological Microscope?

This Inverted Biological Microscope is commonly used for live cell imaging, tissue culture studies, and microbial research. Its long working distance accommodates various culture containers. In addition to phase contrast and brightfield illumination, it features Integrated Modulation Contrast () that enables the study of living organisms in their natural environment without disruption.

3. Does this Inverted Biological Microscope support taking photographs?

Yes, Inverted Biological Microscope supports taking photographs. It is designed for comfortable viewing and adaptability for different users. The siedentopf trinocular head allows attachment of a camera for photography. Its light split switch controls light distribution between the eyepieces and camera. The photography enabled is by E20:P80, allowing 80% light to the camera and 20% for eyepieces. This setup in the microscope ensures optimal image brightness and clarity.

4. Can we observe live cells under Inverted Biological Microscope?

Yes. The inverted biological microscope is widely used for live cell imaging, tissue culture studies and microbial research. Its contrasting capability enhances the visibility of transparent and unstained specimens. It works by converting small differences in the reactive index of the sample into contrast variations, making it more distinguishable without staining.

5. Can we observe large culture flasks under an Inverted Biological Microscope?

Yes. Inverted Biological Microscope features long working distances. The transmitted light arm moves 72 to 365 mm and 480 mm with or without a condenser. It ensures the stable visualization of large vessels or multilayered culture chambers without any disturbance of sample. It can be checked even using fluorescence.