The all-auto image measuring instrument is an artificial intelligence-type modern optical non-contact measuring instrument developed on the basis of the digital impression measuring instrument (also known as the CNC impression measuring instrument). The all-auto image measuring instrument continues the excellent motion accuracy and motion control functions of digital instruments, blends the planning flexibility of machine software, and is attributed to today’s cutting-edge optical-scale testing equipment.
The all-auto image measuring instrument is an artificial intelligence-type modern optical non-contact measuring instrument developed on the basis of the digital impression measuring instrument (also known as the CNC impression measuring instrument). The all-auto image measuring instrument continues the excellent motion accuracy and motion control functions of digital instruments, blends the planning flexibility of machine software, and is attributed to today’s cutting-edge optical-scale testing equipment.
The image measuring instrument is built on the basis of the CCD digital impression, relying on the computer screen measurement technology and the powerful software ability of spatial geometric calculation. After the computer is installed with special control and graphic measurement software, it becomes a measurement brain with a software soul, which is the main body of the entire device.
So what is the scope of use of the all-self image measuring instrument?
1. Electronic products such as test sockets, multilayer ceramic substrates, sensors, inductors, capacitors, electronic components, etc.;
2. PCB products such as IC boards, modular circuit boards, LCM, BUL, etc.;
3. Semiconductors such as photomasks, WAFER, system chips, wafers, complementary metal oxide semiconductor impression sensors;
4. Package components such as TSOP, SOP, QFP, BGA, etc.;
5. Rubber and plastics such as O-rings, camera components, connectors, etc.;
6. Stamping products such as lead frames, motor cores, sheet metal, wall clock parts, tension springs, etc.;
7. Precision parts such as molds, cutting tools, mechanical parts, etc.;
8. Optical communication parts such as ceramic ferrules, light sensing devices, optical glass, etc.;
9. Military industry, aerospace industry, colleges and universities, scientific research institutions, metrology institutes, etc.;
