How to Clean a Microscope Quickly and Easily
The cleaning of precision optical devices such as biological microscopes may reduce the performance of the device, and improper or unnecessary cleaning can easily damage the surface coating of the device. Proper handling and storage of devices in dedicated containers will minimize cleaning and damage to the device.
1. Recommended cleaning materials
According to the environment, adjust alcohol and ether solutions in proportion to clean the surface of optical parts.
2. Recommended cleaning steps
1. Blow off the floating dust on the surface with clean air. If it cannot be blown clean, take two pieces of lens tissue and wrap them on a cotton swab or fold the lens tissue slightly larger than the area to be cleaned.
2. When wiping the surface of optical parts, first use petroleum ether to clean the matte surface and frame.
3. When wiping round parts, the cotton ball should move in a spiral from the center to the edge. At the same time, the cotton ball should also rotate, and move the cotton ball out of the lens surface. Do not stay on the edge of the lens to avoid leaving marks. If you use When wiping with a gyrator, when wiping, the cotton ball should move in a straight line from the center to the edge, and the cotton ball itself rotates at the same time (the amount of rotation of the cotton ball should be slightly less than one week).
4. When wiping the prism, place the cotton ball horizontally on the surface to be wiped and wipe it in a straight line.
5. It should be wiped in a relatively clean room and wiped with long-staple cotton. The cleaning solution contained in the cotton ball should not be too much. wipe off the filler layer
Install the knife grinder microscope on the knife grinder machine, the image of the knife can be enlarged through the optical microscope tube and the camera, and then transmitted to the host computer by the video signal line.
The appearance of the tool can be observed in real time through the computer monitor, and any geometric dimension of the tool can be measured through the precision measurement software, such as: diameter, radius, angle, width, center of circle and other dimensions. Real-time comparison of tool dimensions, the standard DXF tool diagram can be transferred to the computer measurement software for 1:1 comparison with the actual tool and other functions.
A special video microscope is installed on the sharpening machine, and the image of the tool can be enlarged through the optical microscope tube and the camera, and then transmitted to the host computer by the video signal line.
