Car seat mold production is a systematic project. In this production process, the use of 3D scanners is involved. The use of 3D scanners can shorten the cycle of car seat mold development and greatly improve production efficiency.

Car seat design, the traditional is to draw by hand, use CAD computer-aided design software to build a product model, and finally the factory mass production according to the model. The traditional method is not very efficient. Now, the introduction of 3D scanner and CAD can improve the efficiency of product modeling. The 3D scanner captures 3D digital prototypes on scanned objects, and CAD is modeled on this basis, which is much more efficient.

One of the challenges of car seat scanning: how to scan a large object
The car seat is a relatively large object, and scanning such a large object is a big challenge. A complete 3D data prototype can be created because the scan must be the entire object. Scan the car seat with a 3D scanner, scan an area, and scan to the next area. When the entire seat is scanned, the data will be automatically merged, that is, the point cloud data is automatically connected. Form a complete 3D model.

The second challenge of car seat scanning: the scheme of large object scanning
Pre-planning is necessary before the 3D scan begins. Since the car seat is a large object, it is critical to choose which method to scan and measure. It is better to scan such large objects with mark alignment and geometric alignment based scanning. Based on the geometric alignment object using a specific function as a reference point to align the 3D scan, you can get the complete car seat 3D data.
In order to improve production quality and reduce production costs, we recommend using high quality 3D scanners.