This machine is capable of cutting and engraving acrylic with a maximum thickness of 20mm. Available working dimensions include 1300x900mm, 1300x2500mm, 600x900mm, 1400x1000mm, and 1600x1000mm. It utilizes top-tier laser tubes (60W to 150W) and features both a honey nest table and a blade table.
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Dual Working Tables: Honey nest table for soft materials (leather, cloth, paper) and Blade table for heavy materials up to 200kg (wood, acrylic).
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High Precision: Imported linear guideways and stepper motors ensure exceptional accuracy and smooth operation.
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Positioning System: Integrated red light positioning device for accurate laser head placement.
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Durable Structure: Scientific high-strength steel-frame design prevents distortion during long-term use.
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Versatile Application: Processes acrylic, glass, crystal, marble, wood, bamboo, leather, plastic, and rubber.
Frequently Asked Questions
What materials can this CO2 laser machine process?
This machine excels at processing a wide range of non-metal materials including acrylic, wood, bamboo, leather, cloth, paper, plastic, rubber, glass, crystal, and marble.
How do I choose between a honey nest table and a blade table?
The honey nest table is ideal for lightweight and soft materials like fabric and paper, while the blade table is designed to support heavy materials up to 200kg, such as thick wood and acrylic.
What is the expected lifespan of the laser tube?
High-quality laser tubes configured with this machine can offer an operational lifespan of over 10,000 hours under proper maintenance.
What software is compatible with the system?
The machine supports Rdcam and is compatible with mainstream design software including CorelDraw, PhotoShop, and AutoCAD.
Can the machine be customized to specific sizes?
Yes, we offer various working dimensions such as 1300x900mm, 600x900mm, and 1600x1000mm, and can tailor the machine power and features to meet your specific requirements.
Does the machine include a positioning assistant?
Yes, it is equipped with a red light positioning device that accurately indicates the laser head's processing location for easier manual setup.