3D scanning penetrates all aspects of automobile manufacturing.
How can 3D scanning help companies stand out in the highly competitive auto manufacturing market? Lower development costs, distinctive exterior designs, and strict quality control are important factors affecting automakers’ great strategic goals.
ScanTech has rich experience in automotive manufacturing industry. It provides professional metrology-grade 3D digital solutions for manufacturers in the automotive industry and provides comprehensive 3D solutions for all aspects of the entire automobile manufacturing industry.
3D laser scanners can quickly and easily acquire 3D data on the surface of the workpiece. Through reverse design, it is easy to redesign and reshape the product’s appearance. This greatly shortens the product development cycle and saves much development and design costs.
In quality control, ScanTech 3D scanner can detect and compare key components such as engines, transmissions, and steering gears. It can quickly obtain the deviation value in the production process and achieve high precision with advanced 3D measurement technology.
1. Quality control:
The 3D scanning data and the original CAD drawing can be compared and analyzed, the deviation value of each position can be easily obtained, and the size detection of large curved surfaces and complex structures can be provided friendly solution. In addition, data such as concentricity, hole pitch, and assembly clearance can be easily obtained by fitting a 3D data, and 2D dimensions can be extracted and obtained in 3D data.
2. Virtual Assembly
3D scanning assembly to obtain a complete high-precision 3D model. The assembly can be simulated through professional 3D software, easily to get the assembly results and analysis. If the virtual assembly fails, the assembly can be later improved based on the deviation data.
3D scanning the surface of measured object can easily obtain high-precision 3D data of measured object. 3D data into the 3D modeling software can provide the basis for design, greatly reduce the time of artificial mapping, laser 3D scanner accuracy is up to 0.03mm to ensure more accurate reverse modeling, greatly save development costs and shorten development cycles for automotive manufacturers
4. Motion analysis
The user uses a laser 3d scanner to perform 3D scanning of open and close parts such as automobile doors and trunks under different conditions to obtain structural relationship of the open closures under different motion conditions, and provide precision 3D data for subsequent structural analysis, dimension design and others.