Brix refractometer product trend prediction is generally different from ordinary microscopes, such as Olympus microscope BX53 Mark microscope UBME intelligent microscope or laboratory storage. By selecting the objective and eyepiece of the microscope, you can adjust the focal length or choose a fixed stage for easy movement. If optical devices are used in OEM and mechanical industries, light sources and microscope electronic components can be chosen- Advanced HCED is used in optical design.

The to CL series microscope can produce upright three-dimensional spatial images when observing objects. Strong stereoscopic sense, clear and wide imaging, and with long working distance, it is a conventional microscope with a very wide range of applications. Its optical system mainly includes lighting systems, objective lenses, and other components. In addition to light sources, electronics and biological microscopes also have various other components. How to operate and maintain an optical microscope? 1. When installing a microscope, it is necessary to draw with the right hand. When the microscope is installed in use.

When the objective lens of a high-power (CW) microscope includes components such as bright field, dark field, differential interference, infrared, flat top mirror, etc., the microscope should be tilted to become more sturdy. The microscope should be used together with the stage, and the objective lens must be fixed on the stage. In this case, it should be fixed on the sample stage of the microscope for lighting, and should not be placed on the stage.

The optical microscope should be installed on the objective or eyepiece. 2. The external mechanical components of the objective lens, such as gears, racks, bearings, FPD, etc. 3. The lighting bar should be closed as much as possible to reduce the passage of light and affect the effect of the microscope. 4. There should be no significant damage to the surface of the objective lens to avoid damaging it. 5. The surface of the eyepiece should be free from significant damage to avoid scratching the eyepiece. 6. The surface of the eyepiece should not be significantly damaged to avoid scratching the eyepiece.

A polarizing microscope is a type of microscope used to study so-called transparent and opaque anisotropic materials. The stage of this type of microscope can be rotated. When a single refractive substance is placed on the stage, no matter how the stage is rotated, the two polarizers are vertical and no light can be seen in the microscope. However, when a birefringent substance is placed, the light deflects when passing through such substances, so rotating the stage can detect such objects. 7. Sometimes the interference and microstructure on the surface of an object are caused by these two types of objects or their mutual contact. As a result, they slide relatively, are not flexible on the body, and may collide. So when a metallographic microscope selectively observes objects that require precision throughout the market, multiple objects are needed to maintain the slider, which can be placed anywhere and fixed at the same time, causing the microscope to rotate in different working modes. The advantages that cannot be perceived by the human eye are as follows: Generally, metallographic microscopes are much larger, with a large speed range ranging from -60 mm to 10 mm, and sometimes require consumption, Because some inspection objectives need to be removed and moved to the original objective, there may be collision and alternating effects of objects during processing.