Collision-Proof Weld Seam Tracking Payload Collaborative Robot 6 Arm for Metal Materials Automatic Cobot Laser Welding Machine

Short Description:

Collaborative Welding Machine: An Intelligent Welding Solution for Human-Robot Collaboration

A collaborative welding machine is a new type of automated equipment integrating collaborative robots, welding technology, and intelligent sensing. Its core feature is that it does not require the safety barriers of traditional industrial robots and can work collaboratively with humans in the same workspace. With the advantages of flexible adaptation, safety, and high efficiency, it has become an important processing equipment in industries such as automobile manufacturing, electronic processing, and hardware accessories.

  • Product name: Mobile Collaborative(Cobot) Mig welding machine
  • Laser type: MIG
  • Laser Souce: Megmeet
  • Application: Pick and Place/Welding/Gluing/Polishing
  • Laser wavelength: 1064nm
  • Cooling System: Water Cooling System
  • After Warranty Service: Video Technical Support Online Support
  • Power Supply: 220V/380V 350A/500A
  • Max laser power: 1500W
  • Welding depth: 0.1 - 6mm
  • Product Detail

    Product Tags

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    Core Advantages

    • Safe Collaboration without Guardrails: Equipped with collision detection, force feedback sensors, and safety monitoring modules, it can quickly stop or retreat when in contact with the human body. Compliant with the ISO 10218 safety standard, it can be directly deployed on production lines to work in close proximity with humans, saving workshop space.
    • Flexible Adaptation for Multi-Scenario Use: Supports flexible 6-axis/7-axis movement with a repeat positioning accuracy of ±0.02mm. It can handle mass production of auto parts and electronic components, as well as adapt to customized welding needs for small-batch, multi-variety production, and performs exceptionally well in narrow spaces.
    • Easy Operation, Lowered Threshold: Features drag-and-drop teaching and offline programming functions. No professional programming knowledge is required to quickly set welding parameters and paths, allowing new operators to get started quickly and significantly shortening production line debugging cycles.
    • Intelligent, Efficient, Stable, and Reliable: Integrates visual positioning and automatic weld seam tracking systems to real-time correct welding deviations and reduce manual intervention. With high electro-optical conversion efficiency and strong welding consistency, it avoids quality fluctuations in manual welding while reducing workers' labor intensity.

    Application Scenarios

    • Automotive Industry: Welding of auto parts (such as instrument panel brackets, door hinges), new energy battery trays, and metal structures of charging piles.
    • Electronics and Precision Manufacturing: Welding of electronic component pins, small hardware accessories, and medical devices (such as surgical instrument connectors).
    • General Machinery: Welding of hardware tools, pipe joints, sheet metal parts, and lightweight products (such as aluminum alloy frames).
    • Small and Medium-Sized Enterprise Scenarios: Suitable for production needs with medium batch sizes and frequent product changes. It can be quickly deployed without large-scale workshop renovation, featuring high cost performance.

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