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
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Suitable for large-area engraving marking of various non-metallic materials; layered setting, perfect combination of surface engraving, hollowing and cutting.
It can be applied to the cutting of soft and low-density sheets. It has strong laser energy, fine beam and small mechanical stress. The cutting speed is 5-10 times higher than that of traditional cutting machines.
Ideal for marking rolled fabrics, marking on jeans to get different marking effects and flying marking.
Fully enclosed optical path, imported CO2 RF laser, and strict multiple protection control design
The heat-affected zone is extremely small, avoiding deformation, damage or charing of the material to be processed, and the yield is high. Applied on various materials to make up short comings of fiber laser or CO2 laser marking.
High photoelectric conversion rate, 355nm output wavelength, beautiful engraving effect, good touch feeling, high anti-counter feiting effect.
Products are widely used in micro-machining, fine engraving of various metal and non-metal film materials.
The software recognizes the contour of the graphic, automatically generates the cutting path and completes the cutting. The waste of materials and time caused by inaccurate positioning is avoided.
Machine supports camera calibration compensation, and corrects the overall offset that occurs after the device has been running for a period of time to ensure accurate contour cutting.
The Residual Amount Control System is used to detect the length of the cloth balance by the sensor probe, and the feeding motor is automatically turned on and off to achieve the free and non-stretching conveyance of the cloth.
High pixel capture graphics with a maximum recognition area of up to 4 square meters.