With the development of technology, the measurement accuracy requirements for various components are becoming increasingly high. Therefore, the requirements for image measuring instruments, which are precision measuring instruments, are also becoming more and more stringent. Image measuring instruments are products that perfectly combine traditional optical projection and computers, and have obvious advantages compared to traditional measurement technologies.

The testing of the power battery system, which is closely integrated with the hardware body and control system, can be roughly divided into two parts: testing of the battery pack body (Pack) and testing of the battery management system (BMS).

The image measuring instrument is mainly used for internal inspection, positioning, evaluation, diagnosis, etc. of workpieces, mainly targeting some defects inside the workpiece, such as cracks, pores, inclusions, welds, etc. The application industry is wide, but the development of precision hardware image measuring instruments is more significant.

Medical devices must have strict quality assurance to prevent any errors, and product quality monitoring and testing largely rely on precision measuring instruments. There are many measuring instruments used for detecting medical devices, and there are several commonly used measuring instruments based on the characteristics of the product.

In mold processing, product quality is the life of the enterprise. The quality of mold products needs to be guaranteed, and manufacturers also need to use this to measure whether the products are qualified. Therefore, choosing the right precision measuring instrument for product testing is a very important step, which also affects the quality of the entire product.

The imaging instrument is a precision measuring instrument for workpieces, which is widely used in the plastic processing industry. With the imaging measuring instrument, the position dimensions and tolerance range of the mold can be clearly and accurately measured, and the measured data can be generated into two-dimensional or three-dimensional engineering drawings through a computer, which can greatly reduce labor costs.