Inspection of Automotive Wheels with 3D Laser Profiler

This case study looks at the challenges in the automotive wheel industry.

Problems

Inspecting automotive wheels is crucial. It helps find defects and ensures safety. This process also maintains quality, which affects vehicle performance and customer trust. Old methods like 2D vision systems and touch measurements often miss small surface issues. These include cracks, dents, or misalignment. Such flaws can cause safety problems or hurt appearance. Production lines operate at a rapid pace. This means we need fast, accurate, and non-contact inspection solutions. Manufacturers must meet strict OEM standards. They also need to keep downtime and costs low. This creates a demand for advanced technologies. These technologies help create perfect wheels while maintaining efficiency.

Solution: SR5320 3D Laser Profiler for Automotive Wheel Inspection

The design of the SinceVision SR5320 3D Laser Profiler aims to solve these problems. It provides a strong solution for checking automotive wheels. It has a 450 nm blue light source for better contrast on metal surfaces. Also, it can scan up to 67,000 profiles every second. It covers an X-axis width from 440 mm to 640 mm, fitting various wheel sizes. A top automotive OEM recently added the SR5320 to its quality control. They mounted it on a robotic arm to scan moving wheels. The profiler created detailed 3D profiles. It detected defects such as micro-cracks and surface flaws with precision. Then, it exported data to help optimize the process.

For more details, click here: SR5320 3D Laser Profiler