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  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
  • 6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
6 Axis Arm Mig Welding Robot Workstation for Pipe Welding
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6 Axis Arm Mig Welding Robot Workstation for Pipe Welding

  • >= 1 Pieces
    $6,800

6 Axis Arm Mig Welding Robot Workstation for Pipe Welding

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Welding Automation: A 6-axis robotic arm enables precise 3D movement for MIG welding, ideal for complex pipe welding tasks requiring high accuracy and repeatability.
  • Versatile Power Control: The compact welding power source offers adjustable parameters (current/voltage) for consistent MIG welding results across diverse materials and thicknesses.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metal body and high-temperature resistant welding torch, ensure durability in harsh industrial environments. Up to 20% longer lifespan than traditional models

  • 2. Interactive Design

  • With a digital touchscreen interface and programmable presets, streamline workflow by storing up to 100 custom welding profiles. 30% faster setup compared to manual configurations

  • 3. Performance Parameters

  • With 6-axis precision and MIG welding technology, achieve 30% faster output and 99% accuracy in complex pipe welds. Outperforms manual welding in speed and consistency

  • 4. Scenario Solutions

  • With automation features, reduce labor costs by enabling 24/7 continuous operation for commercial pipe welding projects. Ideal for high-volume production environments

  • 5. Certification Standards

  • With industrial-grade materials and safety protocols, meet rigorous safety standards for robotic welding systems. Certifications subject to manufacturer confirmation

Product details

6 Axis Arm Mig Welding Robot Workstation for Pipe Welding

The 6-Axis Arm MIG Welding Robot Workstation is a high-precision industrial solution designed for automated pipe welding. Equipped with a robust metal frame, advanced MIG welding capabilities, and programmable automation, it ensures consistent quality and efficiency in demanding applications.

Technical specifications

FeatureSpecificationBenefit
Robotic Arm6-axis metal arm with ±0.1mm repeatabilityEnables precise 3D movement for complex pipe welds.
Welding ModeMIG (Metal Inert Gas) with adjustable voltage/current (15-400A)Versatile for thin-to-thick metal pipe materials.
Power SourceCompact digital control unit with real-time parameter adjustmentEnsures optimal arc stability and weld penetration.
MaterialHigh-temperature-resistant torch and corrosion-proof metal chassisWithstands extreme heat and harsh industrial environments.
AutomationProgrammable path planning and error-proofing sensorsReduces human intervention and minimizes defects.
Safety FeaturesEmergency stop, arc flash protection, and IP54 dust/water resistanceProtects operators and equipment in hazardous conditions.

Customization guide

Adjustable parameters include:

  • Welding Parameters: Current/voltage settings for different pipe materials (e.g., stainless steel, aluminum).
  • Arm Reach: Extendable joints for varying pipe diameters (up to 500mm).
  • Integration: Compatible with third-party CAD/CAM software for custom welding paths.

Get inspired

With its 6-axis flexibility, this workstation automates repetitive pipe welding tasks, ensuring flawless seams even in tight spaces. Whether fabricating pipelines for construction or manufacturing automotive parts, this system delivers precision and scalability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity10kg+15% (11.5kg)+30% (13kg)*
Repeatability±0.1mm±0.08mm±0.05mm
Welding Speed1.2m/min1.4m/min (+17%)1.6m/min (+33%)
Automation LevelSemi-automatedFully programmableAI-assisted adaptive
Safety FeaturesBasic sensorsDual-layer protectionReal-time hazard alerts

Supplier's note

  1. Three Breakthroughs:

    • 6-Axis Precision: The arm’s 0.05mm repeatability (Pro model) ensures flawless welds in curved pipes.
    • Adaptive MIG Control: The Pro’s real-time current adjustment outperforms industry standards by 20%, reducing material waste.
    • AI-Driven Safety: The Pro model’s predictive hazard alerts cut downtime by 30% compared to legacy systems.
  2. Model Selection Guide:

    • Base Model: Ideal for small workshops handling standard pipe diameters (≤300mm). With its 10kg payload, it balances cost and basic automation needs.
    • Advanced Model: Suitable for medium-scale fabrication requiring faster speeds (1.4m/min) and tighter tolerances (±0.08mm).
    • Pro Model: Best for high-volume industrial use. Its tripled safety sensors and AI adaptability enable seamless integration into smart factories. For example, its 1.6m/min welding speed cuts production time by 25% versus competitors.

*Max payload tested under ISO 9283 industrial robotics standards.

Frequently asked questions

  • Which 6-axis MIG welding robot workstation suits small workshops for pipe fabrication?

  • How to clean the welding torch on a 6-axis MIG welding robot workstation?

  • Metal vs. plastic robotic arms: Why is metal better for welding applications?

  • Can this MIG welding power source be customized for TIG welding processes?

  • Is the welding material FDA-approved for food-grade pipe fabrication?

  • How does automation in this 6-axis robot improve pipe welding productivity?

  • What safety features protect operators during robotic MIG welding?

  • Can this robot handle curved pipes and complex joint geometries?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Robotic MIG Welding SystemsPipe welding, automotive assembly6-axis arm (ISO 9283), MIG mode (AWS D1.1), Base: 200A; Advanced: 300A▲ (handles 12mm steel▲)Base: ±1.5mm precision; Advanced: ±1mm▲▲ (ideal for aerospace▲)Higher cost▲▲; requires programming▲ (designed for high-volume production)
Manual MIG Welding SystemsSmall workshops, repairManual operation, ±5mm precision, portable (weight <50kg)Low cost▲, easy to use▲ (ideal for sporadic tasks)Labor-intensive▲▲, inconsistent welds▲ (not for precision work)
Semi-Automatic MIG WeldersMedium-scale productionSemi-automatic feed, ±3mm precision, 150A outputCost-effective▲, moderate automation▲ (good for medium runs)Slower than robotic▲, less consistent than fully automated▲
Robotic TIG Welding SystemsAerospace, medical devicesTIG mode (AWS D17.1), ±1mm precision▲▲, 200A outputClean welds▲▲, excellent for thin materials▲ (ideal for precision parts)Slower cycle time▲▲, higher maintenance▲ (requires skilled operators)
Spot Welding MachinesAutomotive assembly, sheet metalHigh-speed spot welding (IEC 60947), 0.5 sec cycle time▲▲Fast▲▲, efficient for sheet metal▲ (designed for mass production)Limited to spot welding▲, specialized use▲ (not versatile)
Pipe Welding Specialized SystemsPipeline constructionRotational capability (ISO 15614), 360° access, 15m/min travel speed▲▲Optimized for pipe joints▲▲, reduces setup time▲ (ideal for oil/gas projects)High cost▲▲, specialized design▲ (not for general welding)

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