The CO2 laser marking machine is suitable for fine marking, engraving, cutting, and hollowing various non-metallic materials. Its high precision, fast marking speed, and low energy consumption make it an ideal choice for multiple industries.

CO2 laser marking machine:

Product Applications

• Wood Products: Ideal for engraving and marking wood, furniture, and decorative items.
• Furniture: Customization and labeling on wooden furniture.
• Electronic Components: Marking on electronic parts, such as PCBs, semiconductors, and connectors.
• Instruments & Meters: Precision engraving on measurement tools and other instruments.
• Clothing & Leather: Marking and engraving on clothing, leather, bags, and accessories.
• Footwear & Bags: Custom logos, designs, and markings on shoes and bags.
• Buttons & Glasses: Engraving on buttons, eyeglasses, and related accessories.
• Medical & Pharmaceuticals: Product marking, labeling, and engraving for traceability and branding.
• Food, Beverages & Cosmetics: Marking labels, batch numbers, and expiry dates on packaging.
• Packaging & Electrical Equipment: Custom branding, barcodes, and markings on packaging and electrical parts.

This CO2 laser marking machine is highly versatile, suitable for a wide range of non-metallic materials such as wood, leather, plastic, and more.

Product Features

• High-Speed Marking: Equipped with a high-speed digital galvanometer, the machine performs 2-4 times faster than standard laser marking machines.
• Maintenance-Free Operation: Utilizes third-generation CO2 laser technology, ensuring high-speed, permanent, and maintenance-free operation. No lens cleaning or adjustments required.
• Excellent Beam Quality: The focused spot diameter is less than 20 μm with a divergence angle 1/4 of that of semiconductor pump lasers, ensuring high precision marking.
• Low Operating Costs: With a maximum electro-optical conversion efficiency of 30%, the machine consumes about 300W of power, greatly reducing energy expenses compared to traditional laser marking systems.
• Fast Processing Speed: Capable of 2-3 times faster processing compared to traditional machines. It operates effectively in harsh environments (e.g., impacts, vibrations, dust, and high temperatures).
• Long Laser Life: The laser uses a laser diode as the pump source, offering an average working time of up to 300,000 hours.
• Air-Cooled: The machine features an internal air-cooling system, ensuring efficient cooling without the need for complex cooling systems.

1. Wood Products and Furniture Industry

• Applications: Fine marking and engraving on wood products and furniture surfaces.
• Advantages: Provides high-precision patterns and text marking without damaging the surface, suitable for both customized and mass production.
• Examples: Wooden furniture, wood decorations, wooden panels, etc.

2. Electronic Components and Instruments

• Applications: Marking model numbers, batch numbers, and QR codes on electronic components such as PCBs, circuit boards, and ICs.
• Advantages: High precision marking for small components and complex surfaces.
• Examples: Resistors, capacitors, chips, electronic connectors, etc.

3. Apparel and Leather

• Applications: Engraving, marking, and hollowing on leather, fabric, synthetic fibers, etc.
• Advantages: Capable of marking intricate patterns and text, suitable for customization in shoes, bags, and clothing.
• Examples: Leather bags, shoe uppers, clothing tags, belts, etc.

4. Food and Cosmetic Packaging

• Applications: Marking batch numbers, production dates, barcodes, and QR codes on food and cosmetic packaging.
• Advantages: Ensures traceability of food and cosmetic products, with markings unaffected by external environments.
• Examples: Food packaging, cosmetic bottles, beverage labels, etc.

5. Pharmaceuticals and Medical Devices

• Applications: Marking on medical devices, pharmaceutical packaging, and vials.
• Advantages: High-precision marking for product identification and quality management.
• Examples: Medicine bottles, medical devices, test kits, pharmaceutical packaging, etc.

6. Leather, Footwear, and Bags

• Applications: Fine engraving, marking, and pattern cutting on leather, shoe uppers, and bags.
• Advantages: Does not damage materials, capable of marking small letters, numbers, and intricate patterns, ideal for large-scale production and customization.
• Examples: Leather goods, bags, shoes, etc.

7. Gifts and Decorations

• Applications: Fine engraving and customized marking on gifts, souvenirs, and trophies.
• Advantages: Can mark on a variety of materials (wood, plastic, glass), suitable for the gift and souvenir markets.
• Examples: Customized trophies, personalized gifts, commemorative plaques, etc.

8. Automotive and Transportation

• Applications: Marking on automotive parts, dashboards, and vehicle body components.
• Advantages: High precision and durable marking suitable for various materials used in the automotive industry.
• Examples: Automotive components, car badges, dashboard markings, etc.

9. Eyewear and Jewelry

• Applications: Fine engraving on eyewear frames and jewelry.
• Advantages: Precision laser beam for detailed marking without damaging the material surface.
• Examples: Eyeglasses, necklaces, bracelets, rings, etc.

10. Office Supplies and Customized Gifts

• Applications: Custom marking and engraving on office supplies and gifts to enhance brand image.
• Advantages: Fine and personalized customization, perfect for promotional and corporate gifting.
• Examples: Custom pens, stamps, keychains, etc.

11. Electrical Equipment and Tools

• Applications: Marking on electrical equipment, tools, and control panels.
• Advantages: Durable and precise markings suitable for frequently used tools and electrical devices.
• Examples: Switches, sockets, electrical control panels, tools, etc.

12. Plastic and Rubber Products

• Applications: Marking on plastics, rubber, and other soft materials, ideal for fine marking on various injection molded parts and rubber seals.
• Advantages: CO2 lasers can generate clear and lasting markings on plastic and rubber, suited for diverse materials.
• Examples: Plastic housings, labels, rubber seals, etc.

13. Packaging and Labeling

• Applications: Marking barcodes, QR codes, production dates, and batch numbers on various packaging materials.
• Advantages: Suitable for fast production lines, ensuring clear and lasting markings.
• Examples: Food packaging, pharmaceutical packaging, electronic product packaging, etc.