Precision Fiber Laser Cutting Machine

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Website: http://lasermarker-cutter.com/2-1-precision-fiber-laser-cutting-machine.html

Features

• Fast cutting speeds with precise and clean results
• Narrow kerfs and smooth cutting surfaces that do not damage the workpiece
• Capable of handling different shapes and material hardness
• Suitable for both metal and non-metal materials
• Reduces mold investment and material usage, leading to cost savings
• Easy and safe to operate with stable performance, enhancing the speed of new product development and offering wide adaptability

Specifications

Model	CC-LCM-500W	CC-LCM-1000W	CC-LCM-2000W	CC-LCM-3000W
Laser power	500W	1000W	2000W	3000W
Laser wavelength	1064nm
Repeat accuracy	±0.01mm
Cutting accuracy	±0.03mm
Cutting area	300*300mm/400*600mm/600*600mm (optional)
Cutting thickness of carbon steel	≤3	≤8	≤16	≤18
Cutting thickness of stainless steel	≤3	≤5	≤7	≤8
Cutting thickness of aluminum	≤2	≤3	≤6	≤6
Power supply	AC200-240V, 50/60Hz, single-phase three-wire
Machine power	4kW	4kW	10kW	12kW
Cooling method	Water cooling

Details

FAQs

What power is needed for a laser cutting machine?

For engraving tasks, laser power between 25 and 80 watts is generally effective. For cutting or high-speed applications, it's best to use a laser with more than 80 watts of power to achieve optimal results.

What factors affect the accuracy of a laser cutting machine?

The accuracy of a laser cutting machine depends on several factors. Equipment-related factors include the precision of the mechanical system, stability of the worktable, and quality of the laser beam. Material-related factors include the physical and chemical properties of the material being processed, as well as its reflectivity and consistency.