60W/100W/150W /200W CO2 Metal Tube Precision Cutting Machine

60W/100W/150W /200W CO2 Metal Tube Precision Cutting MachineProducts DescriptionCO2 Metal Tube Precision Cutting MachineProduct advantages-RF Metal Tube Laser, no consumable required-High power stability, can use for long period-Highly controllable, repeatable and accurate processing-Highly controll......

Send Inquiry

Product Description

60W/100W/150W /200W CO2 Metal Tube Precision Cutting Machine

Products Description

CO2 Metal Tube Precision Cutting Machine

Product advantages

-RF Metal Tube Laser, no consumable required

-High power stability, can use for long period

-Highly controllable, repeatable and accurate processing

Applications

Key Doors Touch screen Display panels PCB circuit boards Mobile phone housings Electrically insulated flexible boards Plastic cover sheets High precision electronics Non-metallic materials

Product samples

For more details, please click here to contact us！

Working Area	640 ,960,1080,1280,1390,1480,1610,1325,1625,1825 (optional)
Work Platform	Honey comb or Blade worktable (optional)
Cutting Head	Single or Double (optional)
Laser Power	60W/100W/150W /200W and more (optional)
Whole Power	<1250W
Operating Temperature	0- 45°C(32- 113°F)
Operating Humidity	5%- 95%
Repeating Precision	±0.05mm
Cooling Mode	Ware Cooling and Protection System
Working Voltage	110V-240V 50Hz-60Hz

Key Features and Benefits:

Versatility: CO2 metal tube precision cutting machines can cut a wide range of metal tubes, including steel, stainless steel, aluminum, brass, copper, and more. They are suitable for various industries such as automotive, construction, manufacturing, and furniture. High Precision Cutting: These machines offer precise cutting capabilities, allowing for accurate and clean cuts on metal tubes. The focused CO2 laser beam can achieve narrow kerf widths and sharp edges, resulting in high-quality finished parts. Non-contact Cutting: CO2 laser cutting is a non-contact process, meaning the laser beam does not physically touch the material. This eliminates the need for clamping or fixturing, reduces the risk of material deformation, and minimizes the wear on cutting tools. Complex Shapes and Designs: CO2 laser cutting machines can cut intricate shapes and designs on metal tubes with ease. The flexibility of the laser beam and the ability to program precise cutting paths make it suitable for complex geometries, including holes, slots, notches, and curves. Minimal Heat Affected Zone (HAZ): While CO2 lasers generate some heat during the cutting process, they typically have a larger heat-affected zone compared to other laser cutting technologies like fiber lasers. However, with proper control and optimization, the heat input can be minimized to reduce the HAZ and limit distortion of the cut tubes. Automation Integration: CO2 metal tube precision cutting machines can be integrated into automated systems, such as CNC (Computer Numerical Control) machines or robotic work cells. This integration allows for efficient and accurate cutting on a larger scale, improving productivity and reducing labor requirements. Post-processing: CO2 laser cutting often produces clean and smooth cuts, reducing the need for extensive post-processing. However, depending on the application requirements, some additional steps such as deburring or surface treatment may still be necessary.