Visual measuring instrument is a high-precision detection equipment based on the principle of optical imaging, and its application scope is wide and diversified.
First of all, it is one of the most widely used equipment in the manufacturing industry. In the automated production line, the visual measuring instrument can accurately and quickly detect various geometric dimensions and surface quality information of the product, thereby realizing the functions of automatic detection and monitoring of product quality. In addition, it can also be used in the quality control link of automobile parts production to achieve the purpose of measuring the size of parts.
Secondly, in addition to its wide application in the industrial field, it also has important application value in the medical field. For example, the oral scanner in the dental medical industry uses this technology to record the shape and size of teeth and other data to facilitate doctors to make better treatment plans for patients; in addition, in modern surgical operations, machine vision technology is often used to assist surgical operations, such as using three-dimensional reconstruction technology to present the patient's site in three dimensions, thereby helping doctors to formulate more accurate treatment plans.
In addition, it is often used in aerospace surveys of topography and landforms. By analyzing and processing ground photos taken by spacecraft, high-precision geographic information data is obtained to provide strong support and guarantee for aerospace scientific research.
