CO₂ Laser Model

Luminar CO₂ Laser Marking Systems are expertly designed for high-speed, non-contact processing of non-metallic materials such as paper, plastic, wood, rubber, and glass.

Luminar Product

CO₂ Laser Model

Luminar CO₂ Laser Marking Systems are designed for high-speed, high-precision processing of non-metallic materials. Utilizing a powerful infrared laser beam (typically 10.6 μm wavelength), CO₂ lasers are ideal for marking and engraving on organic and synthetic materials including paper, cardboard, wood, acrylic, leather, glass, rubber, and certain plastics.

These systems are optimized for rapid, continuous production environments where speed, consistency, and integration matter. Built with high-speed galvo scanning heads and industrial-grade automation capabilities, they ensure efficient marking with minimal downtime—making them a reliable solution for packaging, electronics, labeling, and consumer goods industries.

Features and Specification
  • Flexible Beam Output for Every Application

    Advanced beam output module offers unmatched versatility, allowing you to configure the laser to fire forwards for high-speed FMCG production lines or downwards for precision marking applications.

  • Engineered for Long-Lasting Performance

    Equipped with a patented ceramic-core laser tube, the system delivers exceptional durability and reliability with a lifespan of up to 10 years.

  • High Precision & Clarity

    Delivers sharp, detailed markings with consistent depth and quality.

  • Flexible Integration

    Can be configured for conveyor lines, workstations, or robotic systems.

  • Cost-Effective Operation

    Long tube lifespan and low maintenance reduce downtime and expenses

Specifications
Average Output Power(W)
30W |60W
Wavelength(nm)
9.3 μm| 10.2 μm| 10.6 μm| 11.2 μm
Typical Beam Quality(m²)
Beam Quality, M < 1.2
Pulse Repetition Rate
2 – 25 kHz
Marking speed(m/s)
7,000 – 10,000 mm/s
Marking Field Size(mm)
100×100| 150×150| 175×175| 200×200
Electrical Supply
230 VAC (50Hz) or 115VAC (60Hz)
Cooling Method
Forced Air Cooling
Laser Class
Class 4 requires proper safety measures such as protective housings, interlocks, and laser safety eyewear.
Standard Interface
RS-232/ TCP IP
Operating System
Linux OS
Software
FlyingFox
Let's Work Together

READY TO GET STARTED?

Contact Us