CO₂ Laser Marking Machines utilize gas laser technology to achieve high-precision industrial marking. The system employs a CO₂ gas mixture (with auxiliary gases like He and N₂) to generate a 10.64μm infrared laser beam through high-voltage discharge. This beam is amplified by a resonant cavity and focused via a galvanometric scanner and F-Theta lens into micro-sized spots (0.01-0.1mm diameter). Leveraging the photothermal effect, the laser vaporizes or carbonizes the material surface to create permanent marks. With modular design supporting flight marking (high-speed inline processing) and offline precision engraving, it is ideal for non-metallic materials (plastics, paper, glass, ceramics) and select metals (aluminum foil, stainless steel). Applications span pharmaceutical packaging anti-counterfeiting, tobacco product serialization, and electronic component coding.
Brief: Discover the CO₂ Laser Marking Machine, designed for high-precision industrial marking on non-metallic materials. This advanced system uses gas laser technology to create permanent marks with a 10.64μm infrared laser beam. Ideal for plastics, paper, glass, and ceramics, it supports both high-speed inline processing and offline precision engraving.
Related Product Features:
Utilizes CO₂ gas mixture technology for high-precision marking.
Generates a 10.64μm infrared laser beam for permanent marks.
Supports non-metallic materials like plastics, paper, glass, and ceramics.
Features modular design for flight marking and offline engraving.
Operates within a temperature range of 0-50°C.
Offers repeatability positioning accuracy of ±0.001mm.
Compatible with AutoCAD/CorelDRAW for direct file imports.
Built-in barcode/QR code generators for automated batch tracking.
Faqs:
What industries use CO₂ laser marking machines most?
Industries such as packaging (food/pharma labels), electronics (circuit boards), automotive (tool codes), and crafts (wood/textile engraving) leverage CO₂ lasers for permanent, high-contrast marks on plastics, glass, and organic materials.
Why choose CO₂ lasers over fiber lasers?
CO₂ lasers excel in non-contact precision for fragile materials (e.g., leather, ceramics) and offer 0.01mm resolution, while fiber lasers suit metals but lack organic material versatility.
What is the operating temperature range for this machine?
The CO₂ Laser Marking Machine operates within a temperature range of 0-50°C, ensuring reliable performance in various working environments.