With the rapid development of Internet of things, new energy vehicles and 5g communication, the manufacturing process of PCB is facing higher requirements. Accurate measurement can be done accurately! The powerful measurement function of the Two dimensional image measuring instrument can realize more accurate, efficient and stable measurement and detection of precision PCB circuit board, and help the innovation of PCB circuit board industry!

Optical image measuring instrument is a widely used size measuring instrument at present. It can efficiently measure the contour, surface shape, size, angle and position of various complex and precision workpieces, and carry out micro detection and quality control of workpieces. It has the characteristics of high precision, high efficiency and high reliability. So, what questions do you have about the optical image measuring instrument? You can contact Guangdong Weimi to answer for you. Next, I will list some common questions and answers about optical image measuring instruments, hoping to help you.

OMM automatic image measuring instrument can accurately measure the point, line, circle, arc, angle, diameter, radius, electric point line distance, line line distance, eccentricity of two circles, two-point distance, position degree, etc. of products. It is widely used in mechanical parts, auto parts, 3C digital product parts, PCB and other industries. In recent years, there have been many OMM automatic image measuring instruments for different product measurement requirements, which have many types and wide functions.

Combined with CNC automatic measurement software, gantry type large stroke secondary image measuring instrument can realize efficient and accurate measurement of large quantities and large-size workpieces, which is suitable for the detection and quality control of precision parts. So, what industries are gantry large stroke quadratic image measuring instrument used in? How about the measurement accuracy? Don't worry, professional imager manufacturer - Guangdong Weimi, here's the answer for you.