Collision Prevention Drag-and-Drop Teaching for Hardware Auto Parts Welding 6-Axis Cobot Laser Welding Machine

Short Description:

Collaborative Laser Welding Machine (also referred to as Laser Collaborative Welding Machine) is an automated welding device that deeply integrates collaborative robot and laser welding technologies. Its core advantages include safe human-robot collaboration, easy operation via drag-and-drop teaching, and high-precision flexible welding. It is suitable for efficient welding scenarios involving multi-variety, small-batch production and complex workpieces.
 

  • Product name: Mobile Collaborative(Cobot) Mig welding machine
  • Laser type: MIG
  • Laser Souce: Megmeet
  • Application: Metal Stainless Steel Laser Welder
  • Laser wavelength: 1064nm
  • Cooling System: Water Cooling System
  • After Warranty Service: Video Technical Support Online Support
  • Power Supply: 220V/380V 350A/500A
  • Current: 350A
  • Welding depth: 20mm
  • Product Detail

    Product Tags

    cobotCore Components

    1. Collaborative Robot

       

      The mainstream structure is 6-axis, with a load capacity of 5–10kg and a repeat positioning accuracy of ±0.02–±0.05mm. Equipped with collision detection and human-robot collaboration safety functions, it supports quick programming via drag-and-drop teaching.

       
    2. Laser Welding Unit

       

      It commonly adopts a fiber laser (with a wavelength of 1070nm) with a power range of 1000–3000W. It is matched with a welding head integrated with wobble welding, gas shielding and visual positioning functions, and the focused laser spot can reach the micron level.

       
    3. Control System

       

      It integrates robot motion control, laser parameter adjustment, program storage and offline simulation, and supports multi-task switching and remote monitoring.

       
    4. Auxiliary System

       

      It includes water chillers, dust removal devices, safety light curtains, positioners/rotary axes, etc., ensuring stable equipment operation and operator safety.

       

    Application Fields

    1. Automotive & New Energy

       

      It is applicable to the welding of battery pack tabs/busbars, body structural components and motor stators, meeting the requirements of dissimilar material welding (e.g., copper-aluminum alloys) and high-precision processing.

       
    2. Precision Manufacturing

       

      It is used for welding micro/complex workpieces such as jewelry, electronic components and medical devices, ensuring minimal deformation and high product yield.

       
    3. Home Appliances & Hardware

       

      It realizes batch welding of stainless steel kitchenware, aluminum alloy casings and metal pipe fittings, improving product appearance and processing consistency.

       
    4. Aerospace

       

      It is suitable for welding high-temperature alloys and lightweight structural components, solving the technical demands of dissimilar material joining and weight reduction.


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