Split-Type CO₂ Laser Marking Machine

CO₂ Laser Marking Machine, Split Design with Aluminum Alloy Construction

Product Overview

The Split-Type CO₂ Laser Marking System is a professional-grade industrial marking solution engineered for versatility, high power, and demanding production environments. Its modular design physically separates the high-power CO₂ laser source from the scanning galvanometer head, connected via a flexible beam delivery system. This architecture provides exceptional installation flexibility, superior thermal management, and is ideally suited for marking and engraving a vast range of non-metallic materials and coated surfaces with high speed and excellent contrast.

Core Functions

1. High-Speed Engraving & Marking: Permanently etches logos, serial numbers, barcodes, graphics, and text onto organic materials.
2. Deep Engraving & Cutting: Capable of deeper engraving and even precise cutting of thin non-metal sheets due to the high-power CO₂ wavelength absorption.
3. Surface Annealing & Coloring: On certain metals (like anodized aluminum), it can create dark, high-contrast marks without damaging the surface via an annealing process.
4. Flexible Integration: The separate laser source and scan head allow for integration into custom production lines, conveyor systems, or enclosed workstations.

Key Features

• Modular Split Design: The laser generator (power supply and tube) is housed in a separate, robust enclosure, typically featuring an aluminum alloy chassis for durability. The compact scan head is mounted on the workstation, connected by an umbilical (mirror tube or fiber).
• High-Power CO₂ Laser Source: Utilizes a sealed RF-excited or glass tube CO₂ laser, optimized for non-metal processing. Power options typically range from 30W to 100W+ for industrial applications.
• Optimized Beam Delivery: A precision beam path within the connecting tube ensures minimal power loss and consistent beam quality at the workpiece.
• Industrial Cooling System: Features an independent, high-capacity chiller (water or air) for the laser source, ensuring stable power output and extending laser tube lifespan.
• Large Format Marking Capability: The separated design allows for easy integration with large-format XY stages or rotary axes for marking oversized objects.

Primary Advantages

• Superior Stability & Longevity: Separating the heat-generating laser source from the marking head prevents thermal distortion in the optical path, ensuring consistent marking quality and dramatically extending the system’s operational life.
• Maximum Installation Flexibility: The scan head is small and lightweight, allowing it to be mounted in any orientation or integrated into automated machinery, robotic arms, or assembly lines where a full machine would not fit.
• Enhanced Power & Performance: Dedicated cooling and a stable environment for the laser source enable reliable operation at higher power levels, suitable for deep engraving and high-speed production.
• Easier Maintenance & Service: The modular design allows for independent maintenance or replacement of the laser source or scan head, minimizing downtime.
• Professional-Grade Results: Delivers high-contrast, clean marks on plastics, wood, glass, ceramics, leather, fabrics, and coated metals—materials where fiber lasers are ineffective.

Product Gallery

Typical Applications

This system is the industry-standard choice for processing non-conductive, organic materials:

• Packaging & Coding: Expiry dates, batch codes, and logos on plastic bottles, food packaging, cardboard, and pharmaceutical blister packs.
• Promotional Products & Gifts: Deep engraving on wood, acrylic, leather goods, glassware, and marble.
• Electronics & Appliances: Marking on plastic housings, keycaps, wire insulation, and electronic components.
• Medical & Pharmaceutical: Marking on medical device packaging, silicone, plastic tubes, and glass vials.
• Automotive Interior Parts: Engraving serial numbers or logos on plastic switches, dashboards, and interior trim.
• Fabric & Apparel: Cutting patterns or marking labels on leather, denim, and synthetic fabrics.

The Split-Type CO₂ Laser Marking System represents the professional tier of CO₂ laser technology. Its modular architecture is purpose-built for industrial resilience, flexible integration, and high-power performance on non-metallic materials. It is the optimal solution for manufacturers and job shops seeking a reliable, powerful, and adaptable system for high-volume marking, deep engraving, and specialized material processing beyond the capabilities of standard all-in-one units.