into hanchine-月博登录中心入口

today, the awards ceremony of the 2019 "qi si yong dong" china maker competition was held in zhenhai, ningbo. the special, gold, silver, and bronze awards were awarded to outstanding talent projects at home and abroad, and 10 high-quality talent projects were signed and settled in zhenhai. among them, hanchine's project-"high-speed and high-precision 3d machine vision flexible inspection equipment" won the silver award.

this competition is one of the main activities of ningbo talent science and technology week. the competition is aimed at recruiting talents from all over the world, focusing on talents that are in line with the "246" trillion-level industrial cluster and the "3511" advanced manufacturing field as well as the industrial orientation of the area. the project attracted more than 30 cities at home and abroad, including the united states, singapore, japan, taiwan and other countries and regions, and gathered more than 200 high-level talent entrepreneurship projects from the fields of new materials, smart manufacturing, and new generation information technology. .

in order to meet the needs of manufacturing companies for online, on-machine 100% size and appearance inspection of complex components, and to solve the problems of high prices and lagging services of similar foreign equipment, hanchine project team creatively developed and developed products based on existing products and technologies. three-dimensional machine vision measurement and inspection equipment with high precision, flexibility and adaptability to harsh factory environments.

compared with similar foreign products, it integrates self-developed high-precision 3d imaging technology and artificial intelligence technology, making this series of products have the ability to integrate 2d/3d visual complex appearance inspection and precision measurement, which can better meet the needs of domestic auto parts and large equipment the online quality control requirements of manufacturing enterprises are one of the core basic technologies of intelligent manufacturing.