Driven by the dual policies of "domestic substitution" and "industry-education integration," university training equipment is undergoing a critical transformation from "import dependence" to "independent control." Vision 3D has been deeply involved in industrial-grade blue light structured light 3D measurement technology for many years. Leveraging its core advantages of high precision, high efficiency, and high stability, it systematically transforms its mature application experience in high-end manufacturing scenarios such as aerospace and automotive manufacturing into a full-chain solution for the education and research fields.
3D measurement technology is rapidly penetrating from industrial quality inspection to education and research. From large-scale data acquisition in powder metallurgy to the construction of intelligent manufacturing experimental platforms, universities have explicitly included blue light surface scanning and intelligent inspection production lines as core configurations in their equipment upgrades. The current policy window, coupled with the upgrading of "new engineering" practical teaching standards, provides a definite opportunity for domestically produced 3D measurement equipment to enter the education market.
Based on its four major product matrices, Vision 3D provides a four-in-one solution of "equipment + courses + projects + competitions" for core departments such as mechanical engineering, materials science, vehicle engineering, and industrial design. It constructs a complete teaching loop of "measurement - reverse engineering - modeling - manufacturing - testing", supports typical practical training courses such as metalworking practice, reverse engineering, additive manufacturing, and CNC machining, and is equipped with discipline competition resources such as the Innovation and Entrepreneurship Competition.
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As manufacturing shifts toward intelligent and green industries, 3D printing technology is evolving from rapid prototyping of single products to the rapid mass production of functional parts. By utilizing the AutoScan Automated 3D Measurement System, batch inspection of 3D printed parts can be performed to quickly determine critical dimensional indicators and generate customized inspection reports.
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