Air-Cooled Laser Welding Machine

Air-Cooled Laser Welding Machine
  • Air-Cooled Laser Welding Machine
  • Air-Cooled Laser Welding Machine
  • Air-Cooled Laser Welding Machine
  • Air-Cooled Laser Welding Machine
  • Air-Cooled Laser Welding Machine

    • Air-Cooled Laser Welding Machine
    • Laser wavelength 1080nm
    • Welding speed 0-20m/min (intelligent adjustable)
    • Cooling method air cooling
    • Machine weight 54kg

    The air-cooled handheld laser welding machine offers core advantages: efficient heat dissipation, portable flexibility, and multi-scenario adaptability. This equipment utilizes fiber laser technology, with power covering 700W-2000W, a spot diameter of ≤0.2mm, and a heat-affected zone (HAZ) of <0.5mm. The weld strength is comparable to the base material, and the surface is smooth with no oxidation. Its integrated air-cooled design reduces the equipment weight to 54kg and volume to <0.3m³, supporting single-person transport and vehicle-mounted operations, making it suitable for complex scenarios like workshops, construction sites, and outdoors. Combined with intelligent preset parameters and a human-machine interactive touch screen, novice operators can get started with just 1 hour of training. It achieves a welding speed of 2-10cm/s, boosting efficiency by over 3 times compared to traditional arc welding. It is particularly ideal for demanding fields such as automotive repair, metal processing, and construction installation, serving as a benchmark choice for industrial-grade portable welders.

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    Applications

    Stainless steel, aluminum alloy, copper, brass, galvanized sheet, nickel-plated parts, and dissimilar metals such as copper-aluminum composites, steel-aluminum hybrid structures, etc.

    • Stainless steel plate laser welding
      Stainless steel plate laser welding
    • Stainless steel guardrail laser welding
      Stainless steel guardrail laser welding
    • Metal part laser welding
      Metal part laser welding
    • Aluminum plate laser welding
      Aluminum plate laser welding
    • Stainless steel square tube laser welding
      Stainless steel square tube laser welding
    • Stainless steel plate laser welding
      Stainless steel plate laser welding
    • Stainless steel tee pipe fitting laser welding
      Stainless steel tee pipe fitting laser welding
    • Metal laser welding
      Metal laser welding
    • Technical Data
    • Configuration
    • Inquiry
    Technical Data
    • Laser type fiber laser
    • Laser wavelength 1080nm
    • Laser power 700W, 1000W, 1500W, 2000W
    • Welding thickness 0.1-6mm (stainless steel/aluminum alloy)
    • Laser spot size ≤0.2mm (focus adjustable)
    • Welding speed 0-20m/min (intelligent adjustable)
    • Working mode continuous welding/fish scale welding/intermittent welding
    • Interface QBH
    • Scanning width 6mm
    • Fiber length 10m
    • Welding head weight 660g
    • Power supply 220V/50Hz ±10%, total power ≤3kW
    • Cooling method air cooling
    • Machine dimensions 220×405×535mm, 215×530×420mm (wire feeder)
    • Package size 700×750×620mm
    • Machine weight 54kg
    • Package weight 65kg
    Configuration
    Laser source

    Laser source
    We provide renowned domestic and international brand laser sources for our equipment, such as Raycus, JPT, MAX, SUPER, and IPG; these feature high pump conversion efficiency, low power consumption, and excellent beam quality.

    QBH handheld welding head

    QBH handheld welding head
    Supports seamless switching between welding, cleaning, and cutting modes. The gun head can rotate 360°, and coupled with replaceable gas nozzles (e.g., 30°, 60°, 90° nozzles), it easily handles complex positions like deep cavities and corners, achieving precise welding at any angle.

    Touch screen

    Touch screen
    Provides a high-resolution display interface, supporting real-time parameter monitoring and operation feedback, ensuring precise control over key parameters such as laser power, frequency, and energy; built-in multi-language options (e.g., Chinese, English, etc.) adapt to global user needs and lower the operating threshold.

    Safety goggles

    Safety goggles
    Specifically designed for fiber laser wavelengths (e.g., 1064nm, 1070-1100nm), with an Optical Density (OD) reaching OD4+ to OD7+, effectively attenuating laser energy to below safe thresholds. They balance clear vision with safety protection and reduce operational fatigue.

    Tool box

    Tool box
    A tool set is provided free with the equipment, with hex key tools, copper nozzles, protective lenses, etc., separately packaged to prevent transport wear and tear, and for clear visibility and improved operational efficiency.

    Copper nozzles

    Copper nozzles
    Made from high-purity red copper or tungsten-copper alloy, with electrical conductivity up to 98% IACS and a melting point of 1083℃. They can withstand high-temperature oxidation during continuous welding, extending their service life by over 30% compared to ordinary alloy nozzles.

    Protective lenses

    Protective lenses
    Made from JGS1 quartz or ZnSe zinc selenide, with light transmittance ≥99.8% and laser damage threshold >15J/cm². They are suitable for high-power equipment above 2000W, reducing energy loss. Double-sided anti-reflective coating reduces reflectivity to below 0.2%, preventing secondary light pollution.

    Fume Extractor
    Fume Extractor
    Wire feeder

    Wire feeder
    Supports wire diameters from 0.8-1.6mm with stepless speed adjustment from 0-20m/min and an error of ±1%. It is compatible with various welding wire materials such as aluminum, stainless steel, and copper.

    • Protective Lenses
    • Copper Nozzles
    • Welding Wire
    Our Laser Welding Machines

    Hispeed Laser has been a trusted manufacturer of industrial laser systems since 2017, delivering precision solutions for marking, welding, cutting, and cleaning applications. With annual production exceeding 1,000 units, we supply CE, UKCA, and FDA-certified equipment to clients in over 80 countries across Europe, Southeast Asia, and South America.

    Our advanced laser technology serves diverse industries including 3C electronics, automotive, medical devices, jewelry, and packaging. We offer comprehensive OEM/ODM services, fully customized solutions tailored to your specific requirements, and rapid delivery, typically within 7–10 days. Beyond installation, Hispeed provides complete lifecycle support to ensure optimal performance and longevity of your equipment.

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    It is recommended to pre-treat rusted or oily objects before welding, such as grinding, for better welding results.

    Clean the lenses monthly, check for damage or dirt, and wipe with specialized tools or replace with new lenses directly.

    Yes, customization is supported. Please inform us of your specific requirements, and our company will evaluate and provide feedback.

    No, beginners can get started with the machine in just 10 minutes, as the system operation is simple.

    Water-cooled laser equipment primarily uses cold water from a chiller, which flows through pipes into a heat exchanger, then flows out from another port and returns to the chiller via pipes. This continuous cycle removes heat from the laser. Air-cooled laser equipment utilizes and enhances air convection to facilitate heat exchange within the laser equipment, thereby lowering the laser's temperature.

    Air-cooled lasers are more flexible and portable in operation. Because they use air cooling, no additional water cooling equipment is needed, which reduces costs and significantly decreases the equipment's size and weight.

    Although they are all called air-cooled lasers, the air-cooled solutions adopted vary, such as fan cooling, heat pipe cooling, air compressor cooling, and others.

    Many laser sources can weld aluminum. Available options include pulsed welding, continuous wave (CW) fiber, or quasi-continuous wave (QCW) fiber welding. Each laser source is equipped with a focusing head to deliver energy to the workpiece.

    Traditional welding processes face challenges in achieving high-quality welds and low spatter when dealing with highly reflective materials. Laser welding, as a non-contact process, can achieve high-strength, high-conductivity, and repeatable connections without the need for filler materials, making it lighter and more efficient compared to traditional welding.