The traditional marking techniques often cause damage to the workpieces and have limited applicable materials. You might be troubled by the problems of wear-prone and high cost of marking. The carbon dioxide laser marking machine solves these problems for you, significantly improving the marking quality and efficiency. It is widely used for fine marking of non-metallic materials such as paper, plastic, ceramics, glass, and leather, bringing significant production value.
Its working principle is to fill the discharge tube with carbon dioxide gas and other auxiliary gases, apply high voltage to the electrodes to make the discharge tube produce a glow discharge, thereby releasing laser energy; the laser energy is amplified and then scanned by the scanner, and focused through the F-Theta reflector to act on the material surface, achieving the marking effect. In the production process, it can work in collaboration with machining centers, turning lathes, and radial
drilling machines to complete precise marking for various processed workpieces.
This equipment uses non-contact processing, enabling precise marking on regular or irregular surfaces without damaging the material. It has low operating costs, produces clear and attractive marks that cannot be erased, and has good anti-counterfeiting performance. The carbon dioxide laser has a long service life, typically exceeding 100,000 hours, and the entire machine is pollution-free and meets environmental protection requirements. It has low power, usually around 500 watts.
Product Features:
Non-contact processing is suitable for multiple surfaces, with precise marking without damaging the material;
The marking is clear and permanent, highly anti-counterfeiting, applicable to various non-metallic materials, and energy-saving and environmentally friendly.
Tips:
When used in conjunction with equipment such as machining centers, it can form a complete production processing chain;
Adjusting parameters according to different material characteristics can better utilize the performance of the equipment.
