Used THOMSON Saginaw #9302339 for sale

THOMSON Saginaw microscope is a laboratory instrument used for making observations and measurements of images on a micro scale. It is an optical, compound microscope which is made up of several components such as an eyepiece, an objective, an optical tube, and a stand. The eyepiece is an ocular lens mounted on a holder, and it is used to view the magnified image. The objective is the component responsible for collecting and focusing light rays from the object being observed. It is composed of several lenses, and its magnifying power ranges from 4x-100x. The optical tube contains the prisms, mirrors, and lenses necessary to focus the light. It also protects the internal parts from dust and dirt. The stand is made of metal and it holds the other components together for stability, while giving the user the necessary stability to use the microscope. Saginaw microscope is equipped with a number of features that are useful for conducting accurate observations and measurements. It is equipped with a concave mirror, which is used to produce a bright and illuminated image. It also has a variable-intensity illuminated field diaphragm, which is used to adjust the brightness of the image and its size. The microscope has a revolving nosepiece, which allows the user to quickly switch between different objectives. It has a fine focus adjuster, which makes it easier for the user to make precise adjustments to the focus of the image. The microscope also has a polarizing filter, which is used to analyze polarized light incidents. In addition, THOMSON Saginaw microscope has a camera port, which enables the user to record images for later review. It has a highly specialized guide which helps the user determine the correct amount of magnification and the correct angle of observation for different specimens. The main body of the microscope is made of metal and it is painted in bright black to reduce light glare and reflections. All in all, Saginaw microscope is a high-quality instrument which facilitates accurate, precise and detailed observations and measurements of micro objects. Its user-friendly design, advanced functions and robust structure make it an ideal choice for a wide range of applications in the fields of biosciences, clinical research, industrial research, and education.