Laser marking automotive parts, laser marking metal
| Materials suitable for laser marking
Part tracking and traceability are very important to the automotive and automotive supplier industry.
Laser processing technology is an advanced technology of automobile production, which has been applied to make high-quality car accessories as well as fitting signs for years. Laser engraving, laser engraving, laser etching, technology, laser welding as well as laser cutter, are widely applied in the automobile industry.
Plastics, such as polyamides, PP, ABS, etc.
| AUTOMOTIVE INTERIOR SOLUTIONS
Utilizing Chanxan’s professional automotive interior manufacturing experience, integrating sales and production in one space, shortening the time for ordering and delivery, establishing a faster production process, and bringing the automotive interior manufacturing to the highest point of the market.
MEET DIFFERENT MATERIAL
To meet the processing needs of different materials and products, from the ring, PU, PU sponge composite, textile fabrics to XPE, imitation leather, whether it is car seat covers, foot pads, padding, Chanxan Laser can help customers in the limited production space And in the shortest delivery time, it can process high-quality and perfect products quickly and accurately.
CHANXAN PRODUCT RECONMENDATION
| Free solution 400-0177-663
1.Engraving depth is controllable to perform surface marking or deep engraving, even quick cutting.
2. The marking range is up to 600*600mm, which breaks the limitation of the range of glass tube marking and provides a more efficient and high quality solution for denim whitening, hole cutting and upper cutting.
3. Increase product value, permanent mark can be anti-counterfeit, non-contact mark and no pollution, can be layered, and achieve the perfect combination of surface engraving, hollowing and cutting.
4. With 3D dynamic focusing system which beautifully compensated for the weakening effect of the edge of the traditional machine.
Five-axis linkage cutting with three-dimensional programming which is easy to learn. Machine is good at cutting complex 3D materials.
The laser is non-contact cutting without mechanical stress. Its simple positioning fifixtures have low cost, and can be used cyclically for permanent use.
Machine will learn the movement track required by the user with various control parameters. It will form the program file and transfer to the motion control card, and then move according to the program file to processing the product.
The cutting edge is smooth, burr-free, high precision, high efficiency .