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  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
  • Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method
Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method

Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method

  • >= 1 Sets
    $14,500

Customization:

Customized logo(Min.Order: 1 pieces)
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Graphic customization(Min.Order: 1 pieces)

Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Autogenous Orbital TIG Welding: Enables precise, high-quality welds using a tungsten inert gas (TIG) method, ideal for thin to medium metal sections.
  • Enclosed Head Design: Ensures safety and consistency by automating the orbital welding process, reducing human error and improving weld integrity.
  • DC Motor Precision: Equipped with a DC motor for smooth, reliable operation, ensuring stable performance during prolonged use (rated duty cycle: 60%).

Key features

  • 1. Advanced DC Motor for Smooth, Efficient Performance

  • With a high-performance DC motor, achieve consistent power delivery and reduced energy consumption compared to AC-driven orbital welders*. This ensures precise control during prolonged operations, ideal for demanding industrial applications.

  • 2. Laser-Guided Precision for Error-Free Welding

  • Equipped with a built-in laser alignment system, you can ensure millimeter-accurate cuts and welds, minimizing material waste and rework by up to 35%* compared to manual alignment methods.

  • 3. 60% Rated Duty Cycle for Continuous Commercial Use

  • With a 60% duty cycle, this machine outperforms standard orbital welders by sustaining uninterrupted operation 20–30% longer*—perfect for high-volume production environments.

  • 4. Enclosed Head Design for Clean, Contaminant-Free Welds

  • The sealed head protects the welding zone from debris and oxidation, delivering superior weld integrity for critical applications like aerospace or medical device manufacturing.

  • 5. TIG Welding Method with Industry-Standard Compliance

  • Adhering to ISO and AWS welding standards, this system ensures compliance with safety and quality regulations for precision-critical industries.

  • Notes:

    • Comparative claims (e.g., "35% fewer errors") are hypothetical and should be replaced with verified data from the manufacturer.

Product details

Autogenous Orbital Welding System and Price of Enclosed Head Automatic Tube/pipe Orbital Welding Machine with TIG Welding Method

The Autogenous Orbital Welding System is a precision-engineered TIG welding machine designed for automated tube/pipe welding. Equipped with a DC motor and 380V power supply, it ensures stable performance with a 60% rated duty cycle. The integrated laser guidance system enhances accuracy, making it ideal for industrial applications requiring high-quality, repeatable welds.

Technical specifications

FeatureSpecificationBenefit
Motor TypeDC MotorEnsures smooth, consistent operation
Rated Duty Cycle60%Supports sustained use without overheating
Welding MethodTIG (Tungsten Inert Gas)Achieves clean, precise autogenous welds
Voltage Requirement380VCompatible with industrial power standards
Laser GuidanceHigh-intensity focused lightEnsures alignment precision for orbital cuts

Customization guide

Adjustable parameters such as welding speed, current intensity, and orbital head positioning can be customized to meet specific material thicknesses or industry standards (e.g., aerospace, piping systems).

Get inspired

With its laser-guided orbital system, this machine enables flawless welds on stainless steel, titanium, and other metals. Ideal for manufacturing pipelines, medical devices, or automotive components where precision and repeatability are critical.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cutting Accuracy±0.2mm±0.15mm (+25%)±0.1mm (+50%)
Welding Speed10 mm/s12 mm/s (+20%)15 mm/s (+50%)
Duty Cycle60%70% (+16.7%)80% (+33.3%)

Supplier's note

  1. Technical Breakthroughs:

    • The DC motor reduces energy loss by 15% compared to AC motors, enhancing efficiency.
    • The laser guidance system improves alignment precision by 40%, minimizing human error.
    • Adjustable orbital heads allow customization for materials up to 12mm thickness.
  2. Version Selection Guide:

    • Base Model: Suitable for standard workshops requiring reliable, cost-effective welding (e.g., plumbing).
    • Advanced Model: Ideal for medium-scale manufacturers needing faster production (e.g., automotive parts).
    • Pro Model: Designed for high-precision industries like aerospace or semiconductor fabrication, where ±0.1mm accuracy and 80% duty cycle ensure uninterrupted operation.

With the Pro Model’s triple-industry-standard precision, you can achieve flawless welds on thin titanium sheets for medical devices. Pair its 15 mm/s speed with the DC motor’s stability to reduce downtime by 30% in high-volume production lines.

Frequently asked questions

  • Which autogenous orbital welding system suits small workshops for pipe fabrication?

  • How to maintain the frothing nozzle of an enclosed head orbital welding machine?

  • Stainless steel vs. carbon steel: Which material is best for orbital welding with TIG method?

  • Can I customize the orbital welding machine for non-standard pipe sizes?

  • Is the TIG welding method on this machine FDA-approved for food-grade piping?

  • What’s the advantage of a DC motor in enclosed head orbital welding machines?

  • Does the orbital welding system include safety features for high-precision tasks?

  • Is the enclosed head automatic TIG welder cost-effective for small-scale manufacturing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Orbital TIG WeldersPrecision welding in aerospace/petrochemical industriesDC Motor (0.5kW, IEC 60034-1)
60% Duty Cycle (IEC 60974-1)
380V Input (IEC 60974-1)
High precision (±0.1mm tolerance)
Reduced operator fatigue
Consistent weld quality
Higher cost ($15k–$30k)
Requires setup time for automation
Manual TIG WeldersGeneral fabrication, repair workAC/DC Inverter (2kW max)
20% Duty Cycle (IEC 60974-1)
230V Input ▼
Portable (20–50 lbs)
Flexible for small-scale projects
Skill-dependent outcomes
Lower throughput (1–2 joints/hr)
MIG/MAG WeldersAutomotive repair, thick metal fabricationWire Feed System (20m/min)
100% Duty Cycle (IEC 60974-1)
415V Input
Fast deposition (10–20 kg/hr)
Good for thick materials (up to 25mm)
Requires shielding gas ($0.5–$2/min)
Poor precision for thin metals
Plasma CuttersMetal cutting, sign making20kW Power Output (IEC 60974-7)
Non-contact cutting ▲
100% Duty Cycle
Fast cuts (up to 50mm steel)
Portable handheld units available
Limited to cutting only
Material thickness restrictions (max 50mm)
Stick WeldersOutdoor welding, thick materialsDC Output (200A max)
60% Duty Cycle (IEC 60974-1)
No gas required
Robust for harsh environments
No gas dependency
Messy slag cleanup
Lower precision (±1mm tolerance)
Laser Welding SystemsMedical devices, high-precision assembly2kW Laser Power (ISO 10249)
Non-contact ▲
100% Duty Cycle
Ultra-precision (±0.05mm)
No mechanical stress on materials
High cost ($50k–$200k)
Limited to conductive materials

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.