CO2 Flying Marking Machine

Product Introduction

The CO2 flying marking machine uses a CO2 laser source that can generate a coherent laser beam with a wavelength of 10.6 microns. Lasers of this wavelength have extremely high absorption rates when interacting with non-metallic materials (such as wood, plastic, glass, and textiles), and can effectively penetrate the surface layers of these materials for precise marking and engraving. It features a high-speed galvanometer system, allowing for marking speeds of up to 800 characters per second and achieving a precision of ±0.003 mm. The machine seamlessly integrates with production lines, utilizing a CCD positioning system to ensure real-time marking without the need for fixtures, significantly improving operational efficiency.

Product Features

● High Processing Speeds: CO2 flying marking machines can achieve marking speeds of up to 800 standard characters per second. This capability allows them to exceed the performance of traditional Continuous Inkjet (CIJ) printers, which typically operate at about 200-300 characters per second. As a result, businesses can significantly enhance their production throughput, reducing the time required for marking processes. Research indicates that increased marking speed can improve overall production efficiency by up to 25%.

● Precision Marking: With a focus spot diameter of less than 0.01 mm and a repeat accuracy of ±0.003 mm, CO2 flying marking machines deliver exceptional marking precision. This level of accuracy is particularly important in industries like pharmaceuticals and electronics, where even minor errors can lead to compliance issues or product recalls. Maintaining high marking precision can reduce error rates in product identification by up to 30%, ensuring better traceability and brand integrity.

● Material Versatility: The laser wavelength used by these machines is typically 10.6 microns, which matches the molecular structure in many non-metallic materials (such as wood, plastic, paper and leather), allowing the laser to be effectively absorbed, thereby achieving efficient marking. This versatility allows manufacturers to use the machines across multiple applications, from packaging to electronics, enhancing their production capabilities without the need for multiple marking systems.

● Integration Capabilities: These machines can seamlessly integrate into existing production lines, connecting effortlessly with conveyor systems and automated feeding mechanisms. This integration enables "marking on the fly," where products are marked in real-time as they move along the line. In this integrated environment, the CO2 flight marking machine can operate in a 24-hour continuous working mode to adapt to high-demand production environments, greatly reducing operational complexity and production downtime.

Product Applications

● Food and Pharmaceutical Packaging: In the food and pharmaceutical industries, CO2 flying marking machines are widely utilized for marking production dates, expiration dates, and batch numbers. These machines can operate at speeds of up to 5000 mm/s, ensuring quick updates on packaging. Compliance with Good Manufacturing Practices (GMP) and Hazard Analysis and Critical Control Points (HACCP) standards further underscores their role in ensuring product safety and traceability.

● Electronics Manufacturing: The electronics industry demands high precision and reliability, and the CO2 flying marking machine delivers exceptional accuracy of ±0.003 mm, ensuring that every electronic component, circuit board, and connector is accurately marked. This high-precision marking significantly improves product traceability, as clear, accurate serial and batch numbers play a key role in quality control and product tracking. In addition, high-precision marking also reduces the error rate during the production process, reducing marking errors by up to 30%.

● Textile and Leather Industries: In the textile and leather sectors, CO2 flying marking machines enable the personalization of fabrics through high-speed engraving. They can mark up to 800 standard characters per second, enhancing productivity and allowing for mass customization. The non-contact marking feature prevents physical damage to materials, ensuring the integrity of the products remains intact.

Application Materials

Technical Parameters

Details

● Special High-Speed Galvo Head

This feature ensures fast marking speeds and high precision. It provides better light transmission, effective heat dissipation, and a more uniform focusing spot, enhancing overall marking quality.

● Professional Custom High-Speed Field Lens

Designed with a large angle and no image distortion, this lens optimizes marking accuracy and clarity.

● Marking Machine Online Transfer Table

The automatic transmission system is designed for convenience and is ideal for use in factory assembly lines, significantly improving work efficiency.

● All-in-One Control Computer

This industrial-grade touch screen computer is equipped with functions tailored to meet the diverse needs of various industries. It features an embedded operating system specifically designed for specialized applications.

● Pure Aluminum Three-Dimensional Flight Stand

Each module's position can be adjusted with precision, thanks to a firm structure that allows for easy adjustments. The use of pure aluminum not only ensures lightweight construction but also offers excellent corrosion resistance.

Accessories Shipped with the Machine

Optional Accessories

Factory And Exhibition

Certifications