I. Introduction
With the continuous development of science and technology, machine vision technology has been widely used and promoted. Among them, visual measuring instruments, as a new type of precision testing equipment, are widely used in manufacturing and other fields.
II. Features
1. High precision: The visual measuring instrument uses a high-resolution industrial camera for shooting, which can capture subtle changes in details; at the same time, with precise calibration technology and efficient image processing software, it can achieve sub-micron level precision measurement.
2. Efficiency: Compared with traditional contact measurement methods, visual measuring instruments have non-contact measurement methods, avoiding the risk of surface damage to workpieces; and can realize automated detection and data analysis and processing functions, improving work efficiency.
3. Versatility: The visual measuring instrument can not only be used for two-dimensional dimension measurement and analysis, but also for measurement and modeling of objects in three-dimensional space. In addition, it also supports the characteristics of fast switching and data sharing of various types of workpieces.
4. Strong scalability: The inherent characteristics of computer vision technology make the visual measuring instrument have strong scalability. Different functional modules can be customized and system performance can be optimized according to actual needs.
