The automotive field has very high requirements for surface modeling, and modeling designers will encounter many problems when designing surfaces. Traditional measurement methods and equipment are often unable to effectively measure specific values, and the error is too large. At this time, we can use the 3D scanner to scan the car's curved surface or complex places first to solve the problem easily.

The advantages of the three-dimensional scanner are that the fuselage is small and convenient to carry, high accuracy and fast scanning speed. It can be used in various scenarios at any time, scanning various parts of the car, such as the chassis and interior of the car, etc.

An important problem in the automotive field is the industrial design of surface modeling. With the PTOP 3D scanner, you can easily obtain the surface data:

1. "Powder" the scanned object;

2. Paste the dots of appropriate size to the objects after "dusting";

3. Scan with 3D scanner;

4. Process the data.

The emergence of three-dimensional scanners has changed the concept of measurement. Traditionally including three-coordinates dot matrix machines, etc., must be in contact with the object to be scanned. With the three-dimensional scanner, the wide range of non-contact measurement is greatly improved. Non-contact scanning can not only scan in the workshop, but also scan precious objects, such as cultural relics, jewelry, etc., without touching the surface of the object, which not only protects the object itself but also quickly obtains data, the best of both worlds.