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Automatic 1.5D Bending Radius Tube Pipe Bender Induction Heating Stainless Steel Pipes Alloy Motor Core Component Machining

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Induction Heating & Bending: Automatically heats stainless steel/carbon steel pipes using induction coils for uniform temperature, enabling precise 1.5D radius bending.
  • Motor-Driven Precision: Motorized core ensures accurate bending angles and radius consistency for industrial-grade pipe shaping.

Key features

  • 1. Advanced Material Technology

  • With a corrosion-resistant metal body and high-conductivity copper induction coil, you can ensure durability in harsh industrial environments while achieving rapid, uniform heating of stainless steel pipes, heating up to 30% faster than traditional resistance heating methods.*

  • 2. Smart Interactive Design

  • With an intuitive touchscreen interface and multi-program presets for different pipe materials, you can streamline setup and automate bending processes with ease, reducing operator error by up to 40% compared to manual models.*

  • 3. Precision Performance Parameters

  • With a 1.5D minimum bending radius and motor-driven precision, you can form tight curves in stainless steel pipes with minimal deformation, achieving ~25% tighter bends than standard benders while maintaining structural integrity.*

  • 4. Industrial-Grade Scenario Solutions

  • Designed for continuous commercial use, you can handle high-volume production demands with uninterrupted operation, outperforming home-use models in durability and output capacity by ~40%.*

  • 5. Certified Safety and Compliance

  • With CE certification, you can ensure compliance with EU safety standards, providing peace of mind compared to uncertified alternatives.*

Product details

Automatic 1.5D Bending Radius Tube Pipe Bender Induction Heating Stainless Steel Pipes Alloy Motor Core Component Machining

The Automatic 1.5D Bending Radius Induction Heating Tube Pipe Bender is a robust industrial machine designed for precise bending of stainless steel and carbon steel pipes. With its motor-driven core and induction heating technology, it ensures efficient, contactless heating and high-precision bending for applications ranging from HVAC systems to automotive manufacturing.

Technical specifications

FeatureSpecificationApplication Scenario
Heating MethodInduction heating (non-contact)Uniform heating of cylindrical pipes
Automation LevelFully automaticHigh-volume production lines
Material CompatibilityCarbon steel, stainless steelIndustrial pipe fabrication
CertificationCE-compliantEU-standardized manufacturing facilities
Safety FeaturesProtective barriers, temperature gaugeOperator safety in industrial settings

Customization guide

Adjustable heating coil sizes and temperature controls allow customization for pipe diameters (10–50mm) and thicknesses (0.5–3mm). Optimize heating rates (0–1200°C/min) to meet specific thermal requirements for aerospace, automotive, or construction projects.

Get inspired

With its induction heating technology, this machine delivers rapid, energy-efficient pipe bending while minimizing material warping. Ideal for manufacturers needing precise 1.5D radius bends in stainless steel pipes for corrosion-resistant applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Heating Power20kW30kW (+50%)40kW (+100%)*
Bending Precision±1.5mm±0.8mm±0.3mm
Automation ControlManual overrideSemi-automatedFully automated
Safety MonitoringBasic alarmsReal-time temp监控Dual-sensor redundancy

Supplier's note

  1. Technical Breakthroughs:

    • Induction Heating Efficiency: 20% faster heating than traditional methods, reducing cycle times.
    • Motor-Driven Precision: ±0.3mm accuracy in the Pro model enables aerospace-grade bends.
    • CE Compliance: Ensures EU-standard safety for global manufacturing adoption.
  2. Version Selection Guide:

    • Base Model: Ideal for small workshops needing basic automation and cost-effective solutions.
    • Advanced Model: Suitable for medium-scale production requiring semi-automated precision (e.g., HVAC pipe fabrication).
    • Pro Model: Best for high-demand industries like aerospace or oil & gas, where extreme precision and safety redundancy are critical.

With the Pro version’s dual-sensor monitoring, you can achieve triple the industry-standard safety margins for handling high-pressure pipelines. Pair its 40kW heating power with stainless steel’s corrosion resistance to create durable components for offshore drilling systems.

Frequently asked questions

  • Which induction heating pipe bender suits small workshops for stainless steel bending?

  • How to clean and maintain the induction heating coil for optimal efficiency?

  • Stainless steel vs carbon steel pipes: Which is better for high-temperature applications?

  • Can this induction bender handle custom pipe diameters and thicknesses?

  • Is the induction heating tube bender CE-certified for industrial safety standards?

  • How energy-efficient is the motor-driven induction heating process for pipe bending?

  • What safety measures does the induction heating pipe bender include for heavy-duty use?

  • Which industries use induction heating tube benders for stainless steel pipes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Heating EfficiencyIndustrial pipe bending, welding prepIndustry Standard: 800°C max (ASTM E1152)
Our Base: 1000°C (▲)
Our Advanced: 1200°C (▲▲▲)
Faster material softening for complex bends
(1200°C = stainless steel melting threshold)
Higher temps require specialized cooling systems (Advanced tier only)
Bending PrecisionAerospace, automotive partsIndustry Standard: ±3mm (ISO 5135)
Our Base: ±1.5mm (▲▲)
Our Advanced: ±0.5mm (▲▲▲)
Achieves tight 1.5D radius for precision parts
(±0.5mm = human hair thickness)
Advanced sensors add cost (+30% vs Base)
Automation LevelHigh-volume manufacturingIndustry Standard: Semi-automatic
Our Base: Fully automated (▲▲)
Our Advanced: AI-driven adjustments (▲▲▲)
Reduces labor by 70%
(ISO 9283-compliant automation)
Requires skilled technicians for AI calibration (Advanced)
Material CompatibilityPipeline construction, alloy fabricationIndustry Standard: Carbon steel only
Our Base: Stainless steel (▲)
Our Advanced: Stainless + Titanium (▲▲)
Processes high-strength alloys for oil rigs
(ASTM A312 certification)
Advanced tier needs thicker insulation (adds 20% weight)
Safety FeaturesHazardous environmentsIndustry Standard: Basic thermal guards
Our Base: Real-time temp sensors (▲)
Our Advanced: Auto-shutoff + radiation shielding (▲▲▲)
Meets EU CE standards + OSHA compliance
(Radiation < 0.1 mSv/h per IEC 61010)
Advanced safety adds 15% to upfront cost
Energy EfficiencyGreen manufacturing initiativesIndustry Standard: 80% efficiency (ISO 50001)
Our Base: 88% (▲)
Our Advanced: 95% (▲▲▲)
Cuts energy bills by $12k/year (▲▲▲ tier)
(95% = industry top-tier)
Advanced inverter tech requires 220V power supply

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