Biological / Compound Optical Microscope
See below for details on each microscope, or Scroll to the bottom of the page to contact us to recommended for you the most relevant category for your application.
Biological / Compound Optical Microscope
See below for details on each microscope, or Scroll to the bottom of the page to contact us to recommended for you the most relevant category for your application.
Upright / Compound Microscopes
Upright Biological Compound Microscopes are used for observing thin, transparent, slide mounted specimens, magnifications typically ranging from 40X to 1000X, Our Microscopes magnification can reach 1,600x |
Stereo Microscope (Dissecting) Stereo microscope are used to observe large and thin samples, such as biological tissues, cells, insect wings, etc. designed for low magnification observation of a sample.. Typical magnifications used are 6X to 135X. |
Inverted Microscopes
Inverted microscopes are suitable for large samples (such as tissue culture dishes, cell culture dishes, etc.), liquid samples, in vivo observation, etc. The samples are not susceptible to accidental damage. |
Digital Microscope
Digital microscopes use digital imaging technology to digitize and transmit images of a sample to a computer or display screen. Has a variety of imaging modes and functions, such as bright field, dark field, fluorescence, etc. |
Fluorescence Microscope
Fluorescence microscopy uses fluorescent dyes or labeled samples to generate fluorescent signals, and these signals are observed and recorded through special optical systems |
Teaching Microscope
Our teaching microscopes are favored by major colleges and other educational institutions because they are affordable, sturdy, and easy to move and store. |
Polarizing Microscope
Polarizing microscopes are widely used in materials science, geology, fiber science, biology, crystallography and other fields. They are one of the important tools for studying and analyzing the structure and characteristics of samples. |
Metallurgical Microscope
Metallographic microscope can provide important information about the microstructure of metals and alloys, and provides strong support for metallographic analysis and material performance evaluation. |
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