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Industrial 6 Axis Robotic Arm Welder for Steel Well Cover Plate Aluminum Frame Plate Fule/Oil Tank/ Box Robotic Welding Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Welding Automation: Equipped with a 6-axis articulated robotic arm, this system enables high-precision welding of complex structures such as steel well cover plates, aluminum frames, fuel/oil tanks, and box components.
  • Multi-Material Compatibility: Designed to handle diverse materials like steel and aluminum, ensuring versatility for industrial applications requiring robust and lightweight welds.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a corrosion-resistant steel and aluminum alloy frame, maintain structural integrity in harsh industrial environments exposed to heat, chemicals, and moisture.

  • 2. Precision Interactive Design

  • With a 6-axis articulated design and 360-degree rotating base, achieve precise multi-directional welding for complex geometries and confined spaces.

  • 3. High-Performance Industrial Power

  • Powered by a 380V industrial-grade system, deliver consistent performance under heavy-duty operations, ensuring stable output even during prolonged use.

  • 4. Versatile Scenario Solutions

  • Customizable for welding steel well covers, aluminum frames, fuel tanks, and other precision-critical components, addressing diverse industrial needs.

  • 5. Safety-Compliant Certification Standards

  • Equipped with ISO-certified safety systems, including obstacle-detection sensors and emergency stop features, ensuring operator safety and compliance with global industrial robotics standards.

Product details

Industrial 6 Axis Robotic Arm Welder for Steel Well Cover Plate Aluminum Frame Plate Fule/Oil Tank/ Box Robotic Welding Machine

The Industrial 6 Axis Robotic Arm Welder is a high-precision, modular welding system designed for automated fabrication of steel well covers, aluminum frames, fuel/oil tanks, and boxes. Built with durable steel/aluminum alloy, it combines 360-degree rotational capability and 6-axis articulation for unmatched flexibility in complex welding tasks.

Technical specifications

FeatureSpecificationBenefit
Voltage Compatibility380VEnsures seamless integration into industrial power systems.
Articulated Arm Design6-axis movementWith a 6-axis articulated arm, you can achieve precise welding in complex geometries.
Rotating Base360-degree rotationFull access to workpiece angles for versatile positioning.
Material ConstructionSteel/Aluminum alloyDurable and lightweight for industrial use, reducing wear and tear.
Modular DesignCustomizable end-effectors/nozzlesWith modular components, you can adapt to diverse welding tasks.
Safety SystemObstacle sensors + emergency stopReduces operational risks by detecting hazards and halting unsafe motions.

Customization guide

Adjustable parameters include nozzle type, joint flexibility, and base adjustability to meet specific welding thickness, workpiece size, or environmental conditions.

Get inspired

The Industrial 6 Axis Robotic Arm Welder revolutionizes automated welding with precision and versatility. Ideal for automotive, aerospace, and manufacturing industries, it ensures consistent quality and reduces labor costs while handling complex geometries and confined spaces.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity5kg+50% (7.5kg)+100% (10kg)*
Positioning Accuracy0.1mm0.05mm (+50%)0.02mm (+80%)
Cycle Time30/min35/min (+16.6%)40/min (+33%)
Automation LevelSemi-AutomaticFull AutomationFull Automation + AI
Safety FeaturesBasic sensorsEnhanced sensorsPremium sensors + AI monitoring

Supplier's note

  1. Technical Breakthroughs:

    • 6-axis precision: Enables sub-millimeter accuracy for high-strength joints in aerospace components.
    • Modular adaptability: Swap nozzles/end-effectors to weld varying materials (steel, aluminum) without retooling.
    • AI-driven safety: The Pro model’s predictive analytics reduce downtime by preemptively identifying hazards.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard workshops requiring basic automation (e.g., automotive assembly lines).
    • Advanced Model: Best for precision tasks like aerospace frame welding, where +50% accuracy and faster cycles matter.
    • Pro Model: Choose for high-volume production (e.g., fuel tank manufacturing) where tripled payload capacity and AI integration maximize efficiency and safety.

*Pro Model payload exceeds industry benchmarks by 100%, enabling heavy-duty applications.

Frequently asked questions

  • Which robotic welding machine suits small workshops for steel well cover plate fabrication?

  • How to maintain the welding nozzle on an aluminum frame plate robotic welder?

  • Stainless steel vs aluminum: Which material is better for fuel tank robotic welding?

  • Can this robotic welder handle custom tooling for oil tank fabrication?

  • Is the robotic welding machine CE-certified for industrial use?

  • What voltage requirements does the robotic welder for steel plates have?

  • Can the 6-axis arm weld complex geometries like fuel tank corners?

  • Which industries use this robotic welder for steel/aluminum welding?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
PrecisionAerospace, Medical Equipment±0.2mm (Industry) / ±0.15mm▲ (Base) / ±0.1mm▲▲ (Advanced) (ISO 9283 compliant)Ensures high-quality welds with minimal defectsAdvanced models may require specialized calibration and maintenance
Load CapacityAutomotive, Heavy Machinery10kg (Industry) / 15kg▲ (Base) / 20kg▲▲ (Advanced) (ISO 9283)Handles larger components for robust manufacturingHigher load capacity may reduce operational speed
ReachShipbuilding, Large Structural Welding2.5m (Industry) / 3m▲ (Base) / 3.5m▲▲ (Advanced) (Certified per ISO 9283)Covers expansive workspaces for large-scale projectsLonger reach requires more floor space and may limit agility
Voltage CompatibilityIndustrial Facilities with Varied Power220-480V (Industry) / 380V▲ (Base) / 220-480V▲▲ (Advanced)Advanced models operate flexibly across global power standardsBase version requires specific voltage infrastructure
Noise LevelNoise-Sensitive Workshops85 dB (Industry) / 80 dB▲ (Base) / 75 dB▲▲ (Advanced) (Quieter than lawnmower)Reduces hearing risks and improves workplace comfortAdvanced noise reduction may increase upfront costs
CustomizationDiverse Manufacturing TasksLimited (Industry) / Modular 3+ tools▲ (Base) / 5+ tools▲▲ (Advanced)Supports rapid task adaptation for multi-process workflowsAdvanced customization requires advanced setup expertise
Material DurabilityHarsh Industrial EnvironmentsStandard Steel (Industry) / Aluminum Alloy▲ (Base) / Stainless Steel▲▲ (Advanced)Advanced models resist corrosion and extreme temperaturesHeavier materials in advanced versions may affect portability
Automation LevelHigh-Volume Production LinesSemi-Automated (Industry) / Fully Automated▲ (Base) / AI-Optimized▲▲ (Advanced)Advanced models reduce human intervention and improve consistencyAI integration requires skilled technicians for programming

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