The client is a well-known domestic automobile parts manufacturer. The client needs to conduct a three-dimensional scan of the automobile suspension system, obtain high-precision three-dimensional data, and conduct reverse modeling to prepare technical reserves for later product improvements and upgrades.

1. Using traditional methods (such as inspection tools, fixtures, three-dimensional coordinates, etc.) to measure the automobile suspension system is very cumbersome and time-consuming, and it is not easy to measure and detect the automobile suspension system accurately and quickly.

2. The shape of the automobile suspension system is complex and irregular, with 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 obtain high-precision 3D digital models quickly and accurately.

Actual picture of car suspension system on site

The customer needs to perform three-dimensional reverse modeling of the automobile suspension system for product upgrade and improvement to improve market competitiveness. Therefore, HOLON3D 3D engineers provide a professional solution: use the handheld 3D scanner Model 29+ (quickly obtain high-precision 3D data of the automobile suspension system) + reverse design software (convert the automobile suspension system point cloud data into a triangular mesh data) to assist the company in the secondary design of the automobile suspension system.

Automobile suspension system STL data chart

Automobile suspension system STL data chart

Automobile suspension system STL data chart