Precision instruments refer to the equipment and devices used to generate and measure precision quantities, including observation, monitoring, determination, verification, recording, transmission, transformation, display, analysis and processing and control of precision quantities. According to the different measurement objects, precision instruments can be divided into: geometric precision instruments, mainly including precision instruments for detecting various geometric quantities, such as vertical goniometers, laser interference ratio length meters, latitude and longitude meters, coordinate measuring machines, circularity meters, contour meters and scanning tunneling microscopes and other measuring instruments; thermal precision instruments, mainly including temperature, humidity, pressure, flow detection precision instruments, such as various barometers, vacuum gauge, multi-wavelength temperature measurement instrument, flow meter and altimeter, etc.; mechanical quantity precision instruments, mainly including various force measuring instruments, strain gauge, acceleration and speed measuring instrument, torque measuring instrument, vibration measuring instrument, universal material experiment machine and Brinell hardness tester, etc.; time and frequency precision instruments, mainly including various timing instruments and meters, atomic clocks, time and frequency measuring instruments, etc., in addition, there are electromagnetic precision instruments In addition, there are electromagnetic precision instruments, radio precision instruments, optical and acoustic precision instruments and ionizing radiation precision instruments. Precision instruments from the industry for high-end manufacturing equipment, biomedical engineering and aerospace defense and other major scientific frontier areas.

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