What aspects should be noted when using a measuring microscope?
What aspects should be noted when using a measuring microscope?
The measuring microscope is a type of optical measuring instrument that has become popular in recent years. It is equipped with a targeting microscope and coordinate workbench, used for two-dimensional coordinate measurements. The measuring microscope uses transmission and reflection methods to perform precise measurements of the length and angle of workpieces. It is an ideal multi-purpose small precision measuring instrument, particularly suitable for testing video magnetic heads, large-scale integrated circuit line widths, and other precision parts. So, what aspects should be noted when using a measuring microscope? Here are some tips:
1. The use and maintenance of precision measuring instruments require technical skills. Operators should receive professional training to master the necessary operating skills and establish necessary work inspection systems.
2. The instrument should be stored in a location that is free from dust, humidity, abrupt temperature changes, or gas environments that contain acid and alkali.
3. The optical components of the instrument include the eyepiece, objective lens, glass workbench, etc. Clean the surface of the optical components of oil, dirt, and dust using a mixture of alcohol and ether on cotton. Do not scratch the lens.
4. Maintenance, repair, and adjustment of the instrument should be conducted by personnel who have received technical training and possess professional skills. If necessary, contact the local dealer or the manufacturer directly.
5. In case of a malfunction in the power system, cut off the power supply before conducting any inspection. To replace the transmission illumination bulb, remove the bottom cover and conduct an inspection.
The measuring microscope converts the image of the object seen through the microscope into a digital image, which is then displayed on the microscope's built-in screen or a computer. It is mainly used in the electronics and hardware industries, as well as some precision engineering fields. It has a wide range of applications in the plastics industry, medical industry, biomedical, public security systems, etc. Especially in the electronics industry, measuring the precise distance between components and observing the structure of circuit boards is essential.