The industry's pain point lies in the fact that non-metallic material marking is prone to blurring and has poor adhesion. Your problem might be the narrow equipment compatibility range, which affects the diversity of production. Our solution is the carbon dioxide laser marking machine, which can achieve clear and firm marking, is compatible with various materials, helps with production diversity, and significantly improves production efficiency. This equipment uses carbon dioxide gas as the working medium. Its laser source fills the discharge tube with carbon dioxide and auxiliary gases, applies high voltage to the electrode, and then generates a glow discharge inside the discharge tube, causing the gas to release a 10.64 micrometer wavelength laser. After energy amplification, it is scanned by a scanning mirror and focused by an F-Theta reflector, and under the control of a computer and laser marking control card, images, text, etc. can be marked on the workpiece. It is composed of a carbon dioxide laser, 10.64-megapixel mirrors, 10.64-beam collimating mirrors, etc., and is a universal model. It adopts a post-focusing mode and is highly integrated. In production, it can be combined with a
Machining Center to precisely mark the processed workpieces; it can also connect with the processing环节 of a
Radial Drilling Machine to improve the overall process； and it can collaborate with a
Grinding Machine to enhance the continuity of production. It is suitable for marking most non-metallic materials such as acrylic， paper packaging， and plastic products， and can meet the marking requirements of different industries.
Product Features:
1. Utilizing a 10.64 micrometer wavelength carbon dioxide laser, the marking effect is excellent and it is compatible with various non-metallic materials.
2. Highly integrated design, with a post-focusing mode, the operation is convenient and it has strong versatility.
Tips:
1. For different materials, adjust the laser parameters in advance to achieve better marking results.
2. During daily use, keep the equipment clean, especially the optical components, to maintain stable operation.
