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Find The Perfect Laser Head for Your Laser Processing Needs

Whether you need a laser head built to your specifications or guidance on choosing the right solution, our team is here to help.

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Laser Cutting Heads
    1. Hardware & Tools
    2. Hardware & Tools Laser cutting heads for the laser processing of fasteners, power tools and hand tools
    1. Bathroom Accessories
    2. Bathroom Accessories Laser cutting heads for processing metal parts in the bathroom industry
    1. Automotive
    2. Automotive Laser cutting heads for the metal processing in the automotive industry
    1. Lithium Battery
    2. Lithium Battery Laser cutting heads for battery production
    1. 2D Flat Cutting
    2. 2D Flat Cutting Laser cutting heads for 2D flat metal sheet cutting
    1. Tube & Profile Cutting
    2. Tube & Profile Cutting Laser cutting heads for the cutting of metal tubes and profiles
    1. Bevel Cutting
    2. Bevel Cutting Laser cutting heads for producing bevelled edges on metals
    1. 3D Cutting
    2. 3D Cutting Laser cutting heads for cutting metal complex components and structural parts

Our high-power laser cutting head is designed for high-performance in thick plate processing. It integrates gas pressure monitoring, leakage detection, piercing detection, and nozzle temperature monitoring. These functions simplify thick plate cutting, improve stability, and allow efficient operation with easier maintenance.

The specialized tube and profile laser cutting heads are capable of processing round tubes, square tubes, and H-beams. Suitable materials include carbon steel, stainless steel, and other industrial-grade metals.

  • Before use, wrap the head with protective tape to prevent dust accumulation in gaps during maintenance.
  • Do not attempt to clean or disassemble internal lenses if they become dirty or damaged, as this may cause further contamination. It is recommended to replace them directly.
  • Replacement of protective lenses, collimation lenses, and focusing lenses must be performed in a cleanroom environment (class 1000 or above).
  • When inspecting lenses, first use white paper to check for black spots on the red laser beam. Then, at low power, use black photosensitive paper to examine the beam spot. Finally, remove the lens and inspect it under a microscope for accuracy.