GX-LASER（Margaret）

21/04/2025

HW980 double wire feeding welding machine working video~
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Email：[email protected]

18/04/2025

3kw fiber laser cleaning machine VS 6kw fiber laser cleaning machine.
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emial:[email protected]

09/04/2025

6000w laser cleaning working video
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08/04/2025

6000w vs 3000w

28/03/2025

AIR COOK FIBE LASER CUTTING MACHINE
*CE protective glasses(free)
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27/03/2025

Three-way delivery machine black + welding machine package delivery

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22/03/2025

11/01/2025

laser marking machine，who need?
Marking stainless steel, carbon steel, aluminum, wood, leather, MDF, acrylic, crystal marking, glass, color marking on stainless steel, white marking on black plastic, black marking on white plastic, stone marking, ring marking, cup marking.




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Support OEM.

10/01/2025

Application areas of laser machine

17/12/2024

9 Essential things to know before choosing a 2D laser cutting machine🥰
Tip 1: Understand Your Project Requirements😍
Understanding the specifications for your project is essential. The material you'll be cutting, its thickness, the complexity of the designs, and the intended production speed should all be considered. This preliminary evaluation will serve as a foundation for your decision-making and assist you in reducing your possibilities.
Tip 2: Determine The Laser Type☺️
There are two commonly used laser-cutting machines in the manufacturing industry:
fiber lasers
CO2 lasers
fiber lasers excel at cutting metals, including steel, aluminum, and copper. Choose a laser type that aligns with the materials you plan to work with. If your project involves a mix of materials, consider a hybrid machine that can handle both.
Tip 3: Power and Wattage🤓
Laser-cutting machines have different power levels, typically measured in watts (W) or kilowatts (kW). The choice of power depends on the materials you plan to cut and the thickness of those materials. Machines with higher-wattage lasers can cut through thicker materials at faster speeds. Machines with lower-wattage lasers are more cost-effective and suitable for thinner materials or less demanding applications. Analyze your project requirements to determine the minimum wattage necessary for your tasks.
Tip 4: Tolerance and Precision
Tip 5: Speed and Productivity
Tip 6: Automation and Software Compatibility
Tip 7: Maintenance and Support
Tip 8: Workspace and Footprint
Tip 9: Budget and ROI