60w 130w 300w Laser Engraving Machine CO2 Laser Tube Cutting Machine Engraver Cutter for Acrylic/Wood/Leather Working

60w 130w 300w Laser Engraving Machine CO2 Laser Tube Cutting Machine Engraver Cutter for Acrylic/Wood/Leather Working

Rakon promises you the best price, service, and quality~

Contact Tess for more information!

📧     export09@rakoncnc.com

Whatsapp:+8615098931027

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Let's get to know the machine.

CO₂ laser cutting machines are among the most common and widely used laser cutting devices in industrial applications, primarily employed for cutting non-metallic materials and certain metallic materials. Their core principle involves using a carbon dioxide gas mixture as the gain medium to generate the laser beam.

The following are the primary advantages of CO₂ laser cutting machines:

1. Wide range of cutable materials, with particular expertise in non-metallic cutting

This represents the most significant advantage of CO₂ lasers. With a wavelength of 10.6μm, it is readily absorbed by non-metallic materials, delivering exceptional cutting performance on these substrates.

Non-metallic materials: Acrylic (PMMA), wood, medium-density fiberboard (MDF), paper, leather, fabric, rubber, plastics, stone (e.g., marble), ceramics, etc. When cutting acrylic, it produces smooth, transparent edges that are unmatched by other cutting methods.

2. High Cutting Quality with Smooth Cross-Sections

CO₂ laser cutting produces exceptionally fine, high-quality cuts.

Narrow Kerf: The laser beam's extremely small spot size after focusing results in a narrow kerf, maximizing material utilization.

High precision: Exceptional positioning accuracy and repeatability make it ideal for intricate patterns and delicate structures.

Smooth edges: Particularly when cutting acrylic or wood, edges emerge smooth and burr-free—sometimes achieving a “flame-polished” finish that eliminates secondary processing.

Minimal heat-affected zone: Rapid cutting speed and highly concentrated energy minimize heat input, resulting in negligible thermal distortion and deformation.

3. Non-contact processing with no tool wear

Laser cutting is a non-contact process where the cutting head does not directly touch the material.

No mechanical stress: Eliminates deformation and stress caused by mechanical stamping or shearing, enabling cutting of extremely soft or fragile materials.

No tool wear: Eliminates issues of traditional tool wear and replacement, reducing long-term operating costs and downtime. The only components requiring periodic replacement are consumable lenses and laser gases.

4. High Flexibility and Automation Level

Rapid Tooling: Compared to traditional cutting methods requiring physical dies (e.g., punching presses), laser cutting enables immediate processing after designing the pattern on a computer. This significantly shortens product development cycles and is ideal for small-batch, high-variety production.

Easy Integration: Seamlessly integrates with automated loading/unloading systems and robots to form fully automated production lines, enabling 24/7 continuous operation.

5. High Cutting Efficiency and Speed

For medium-to-thin sheets (especially non-metals and thin metals), CO₂ laser cutting achieves significantly faster speeds than traditional methods. This enables rapid completion of the entire process from design to finished product.

Machine Details

The factory has plenty of in-stock items and semi-finished machines waiting for you to grab them while supplies last!

Feel free to contact Tess for more information and discounts！

Email:   export09@rakoncnc.com

Whatsapp:+8615098931027