The customer is a well-known domestic automobile parts manufacturer. The customer needs to scan the automobile suspension system in three dimensions, obtain high-precision three-dimensional data for reverse modeling, and make technical reserves for later product improvements and upgrades.
Practical problems
1. Using traditional methods (such as inspection tools, fixtures, three-coordinates, etc.) to measure automobile suspension systems is very cumbersome and time-consuming, and it is not easy to accurately and quickly measure and detect automobile suspension systems.
2. The shape of the automobile suspension system is complex and irregular, and there are many curved surface contours. Customers need to accurately measure the hole positions of the automobile suspension system. It is difficult for traditional 3D scanners to quickly and accurately obtain high-precision 3D digital models.
On-site physical map of automobile suspension system
Holon solutions
Customers need to perform three-dimensional reverse modeling of automobile suspension systems for product upgrades and improvements to improve market competitiveness. Therefore, Hualang 3D engineers provide a professional solution: use the handheld 3D scanner HOLON760+ (quickly obtain high-precision 3D data of the car suspension system) + reverse design software Geomagic Studio (convert the point cloud data of the car suspension system into a triangulation network Grid data) assist the company in the secondary design of the automobile suspension system.
STL data diagram of automobile suspension system
STL data diagram of automobile suspension system
STL data diagram of automobile suspension system