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Co2 Laser Machine

We are a professional CO2 laser machine supplier. CO2 laser machine mainly used for engraving and cutting on non-metal Laser power of CO2 laser machine:150W/180W/300W

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CO2 Laser Machine

product-800-800

Products Description

The CO2 laser machine represents a cornerstone of modern digital fabrication, blending precision, versatility, and efficiency into a single platform. Unlike conventional mechanical tools, it operates without physical contact, using a high-intensity infrared laser beam to cut, engrave, or mark materials with exceptional accuracy.What truly sets CO2 laser technology apart is its adaptability. It processes an extensive range of non-metallic materials-including wood, acrylic, leather, glass, textiles, and composites-making it indispensable across diverse fields.

Machine real Picture of CO2 laser Machine

Fiber Laser cutting machine compare with CO2 laser machine

Visual Comparison: CO2 Laser Machine vs. Fiber Laser Cutting Machine

The external designs of these two machines are distinctly different, primarily due to their fundamentally different laser generation and delivery systems.

1. Laser Source & Path (The Core Difference)

· CO2 Laser Machine:
· Source: Features a large, cylindrical glass tube (the CO2 laser tube), which is typically mounted along the back, top, or side of the machine. This tube is a prominent visual component.
· Path: The laser beam travels from this tube via a series of mirrors mounted inside articulated arms (the "galvo" head for engravers or the gantry for cutters). You can often see these mirror housings along the path.
· Fiber Laser Cutting Machine:
· Source: The laser is generated within a compact, sealed "power source" cabinet that is separate from or integrated into the machine's chassis. You cannot see the source itself.
· Path: The laser is transmitted through a flexible, armored fiber-optic cable directly to the cutting head. This cable is a key identifying feature.

2. Machine Structure & Workspace

· CO2 Laser Machine:
· Enclosure: Almost always a fully enclosed cabinet with clear acrylic/glass viewing windows and doors. This is critical for safety (to contain the invisible IR beam) and fume extraction.
· Bed: Typically contains a honeycomb or slat bed made of aluminum to hold non-metallic materials.
· Fiber Laser Cutting Machine:
· Enclosure: Often built as a heavy-duty, fully sealed metal chamber with small, dark-tinted safety windows. This robust design contains brighter sparks, higher noise, and metal fumes.
· Bed: Features a heavy, solid steel cutting table with sharp, sturdy slats or a vacuum chuck designed to support sheet metal weight. It's built to withstand sparks and slag.

Products Specifications

Parameter	Specification
Key selling points	High carving and cutting accuracy
Control System	Ruida Laser Control System
Cutting speed	0-400mm/s
Control Type	Push button
Laser Cutting Head	Professional laser cutting head
Work Table	Knife working table
Minimum character	0.15mm
Resolution ratio	0.01mm
Weight	450kg

Applications:

CO2 laser machines are indispensable tools in the acrylic fabrication industry, offering unmatched precision, efficiency, and versatility for cutting and engraving acrylic sheets. Their ability to deliver polished edges and intricate designs makes them the preferred choice for both industrial and creative applications.

Key Advantages for Acrylic Processing

1. Flame-Polished Edges:
The thermal energy of the CO2 laser melts the acrylic during cutting, resulting in smooth, glossy edges that require no additional finishing. This eliminates post-processing steps like sanding or polishing, reducing production time and costs.
2. High Precision and Complexity:
CO2 lasers can achieve exceptionally fine details and tight tolerances, enabling the production of intricate shapes, micro-text, and complex geometries that are difficult or impossible with mechanical tools.
3. Non-Contact Processing:
As a non-contact technology, the laser exerts no physical force on the material, preventing cracks, stress, or deformation in acrylic sheets. This ensures consistent quality even for delicate designs.

Samples:

product-800-800

Why you choose CO2 laser Machine?

Core strengths

Self-constructed closed loop of industrial integration

Space Efficiency: Highly integrated components in a compact chassis allow it to fit on any desk or workbench, saving significant floor space-ideal for workshops, labs, or cleanrooms.

Flexible & Mobile: Features plug-and-play setup with minimal installation needed. Often equipped with wheels for easy movement between workstations, supporting quick deployment and resource sharing.

Ergonomic Operation: Designed for comfortable sitting or standing work, with centralized controls and observation window placed right in front of the user for efficient, fatigue-free operation.

15 Years of Deep Technology Accumulation

Cost-Effective: Lower initial investment than large automated equipment. Ideal for small-batch production, R&D, and prototyping, offering high flexibility and return on investment.

Built-in Safety: Includes a sealed cover, radiation-proof window, and safety interlock systems to prevent laser leakage and contain dust, ensuring operator safety without extra fencing.

Ideal for Specialized Uses: Perfect for R&D, material testing, prototyping, and small-batch precision production like custom gifts or medical device labeling.