Flying Co2 Laser Marking Machine
Using CO2 gas laser to generate infrared laser beam, mainly for surface treatment of non-metallic materials
Flying Co2 Laser Marking MachineThe advantage of
The CO2 flying laser marking machine features high-speed scanning galvanometers and USA-imported RF lasers for ultra-high precision marking. It supports various graphics, text, and barcodes with a user-friendly Windows interface. With air cooling, maintenance-free design, and a long service life, it is ideal for industries like tobacco, beverages, and electronics. Certified by CE, ensuring compliance with EU safety standards and providing market access.
The Flying CO2 laser marking machine is a gas laser marking device. Its core is a CO2 laser generator, which electrically excites a CO2 gas mixture to produce a high-energy infrared laser beam. This laser beam is focused by an optical system (such as a galvanometer scanner and focusing lens) before being applied to the material surface, causing a thermal effect (such as vaporization or carbonization), resulting in a permanent mark. Unlike traditional CO2 laser machines, the Flying design allows the laser head to operate synchronously with the moving object. It is typically integrated on a conveyor line, enabling "on-the-fly" marking.
Technical Parameters:
Laser Type: CO2 gas laser, wavelength approximately 10.6μm, suitable for non-metallic materials with high absorptivity.
Power Range: Commonly 10W-60W (e.g., 30W standard configuration). Higher power increases marking speed and depth.
Marking Speed: Up to 7000mm/s, supporting continuous high-speed operation.
Operating Life: The laser has a lifespan of over 20,000 hours, with low maintenance costs. Working Principle: A laser beam rapidly scans through a galvanometer system, while computer-controlled software generates the marking path. The process includes laser excitation, beam delivery, surface energy absorption, and material modification (ablation or oxidation), without requiring filler material or contact with the object.
Device Components: Laser source, galvanometer scanning mirror, F-θ lens, control system, cooling system (air or water), and safety enclosure. Its compact size facilitates integration into production lines.
Price and Specifications: Entry-level equipment ranges from approximately $5,000 to $15,000, depending on power and automation level. It supports multiple file formats (such as PLT, DXF, and AI) and offers marking accuracy up to 0.01mm.
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