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Welding Automation Robot with Positioner Customized Design MIG Automatic Robot Welding Machine for Aluminum Ladders Processing

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • MIG Welding Automation: Designed for high-precision MIG welding of aluminum ladders, ensuring consistent weld quality and efficiency.
  • Customizable Positioning: Equipped with a positioner for adjustable joint alignment, enabling versatile handling of complex structures.
  • Industrial Automation: Robotic arm with advanced control systems for seamless integration into automated production lines.

Key features

  • 1. Robust Metal Construction for Industrial Durability

  • With a corrosion-resistant metal body (steel/aluminum), ensure long-lasting performance in harsh industrial environments. This design outperforms plastic-based competitors in structural integrity and resistance to wear.

  • 2. Intuitive Control System with Programmable Settings

  • With an advanced touchscreen interface and multi-program presets, customize welding parameters (e.g., voltage, speed) for precise results. Ideal for adapting to diverse tasks like aluminum ladder fabrication.

  • 3. High-Speed MIG Welding Technology

  • With MIG welding mode, achieve ~30% faster output speeds than traditional TIG welding methods*, enabling efficient production of complex structures like aluminum ladders.

  • 4. Industrial-Grade Versatility for Continuous Operation

  • Designed for 24/7 commercial use, this robot ensures uninterrupted welding cycles for high-volume tasks. Its cable management system and ergonomic design reduce downtime compared to manually operated systems*.

  • 5. CE-Certified Safety and Compliance

  • With CE certification, meet strict safety and quality standards for industrial equipment, ensuring reliable operation and compliance with global regulations.

Product details

Welding Automation Robot with Positioner Customized Design MIG Automatic Robot Welding Machine for Aluminum Ladders Processing

The SteviS Welding Automation Robot is a customizable MIG welding solution designed for precision manufacturing of aluminum ladders. Equipped with a robust metal frame, advanced control system, and integrated positioner, it ensures consistent weld quality while reducing labor costs. Certified to CE standards, this robot automates repetitive welding tasks in industrial environments, offering flexibility through adjustable parameters and end-effectors.

Technical specifications

FeatureSpecificationBenefit
MaterialMetal (steel/aluminum composite)High durability and resistance to thermal stress
Welding ModeMIG (Metal Inert Gas)Versatile for thin to medium aluminum sheets
CertificationCE-compliantEnsures safety and regulatory compliance
Voltage Requirement220V AC ±10%Compatible with standard industrial power
Positioner360° rotational axisAchieves multi-angle weld access
Cable ManagementTangle-resistant conduit systemReduces downtime and maintenance needs
Control SystemPLC-based with real-time feedbackPrecise path control and error detection

Customization guide

Adjustable parameters include welding speed (0.5–3 m/min), current intensity (50–300A), and torch angle (0–90°) to accommodate different aluminum ladder designs. Custom end-effectors (e.g., multi-joint grippers) can be integrated for specialized joint types.

Get inspired

Automate your aluminum ladder production with the SteviS Welding Robot. Its MIG welding capability ensures clean, consistent seams, while the positioner minimizes manual repositioning. Ideal for manufacturers seeking to boost output without compromising on quality.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Welding Speed1.5 m/min+15% (1.7 m/min)+30% (1.95 m/min)*
Load Capacity10 kg15 kg20 kg
Positioning Precision±1.5 mm±1 mm±0.5 mm
CertificationsCECE + ISO 9001CE + ISO 9001/14001

Supplier's note

  1. Technical Breakthroughs:

    • 360° Positioner: Enables complex joint welding without manual reorientation.
    • PLC Feedback System: Reduces defect rates by 25% via real-time error correction.
    • Tangle-Resistant Cables: Cut maintenance time by 40% compared to traditional designs.
  2. Version Selection Guide:

    • Base Model: Ideal for small workshops needing basic automation (e.g., low-volume ladder production).
    • Advanced Model: Suitable for medium-scale manufacturers requiring higher precision (e.g., aerospace-grade components).
    • Pro Model: Best for high-volume production lines (e.g., automotive or heavy industrial applications) where ultra-precision and multi-certification compliance are critical.

With the Pro Model’s ±0.5 mm precision, you can achieve aerospace-grade welds for aluminum ladders. Its ISO 14001 certification also ensures eco-friendly operation, meeting global sustainability standards.

Frequently asked questions

  • Which SteviS welding robot model is best for small workshop aluminum ladder production?

  • How do I clean the welding torch of the SteviS MIG welding robot?

  • Can the SteviS welding robot be customized for different MIG welding tasks?

  • Is the SteviS welding robot CE-certified for industrial safety?

  • What makes the SteviS robot suitable for aluminum ladder processing?

  • How often should I perform maintenance on the SteviS robotic welding arm?

  • Does the SteviS robot support custom welding patterns for ladder designs?

  • Are SteviS welding robots compatible with 220V power for workshops?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Welding PrecisionAutomotive parts, aerospace components±0.2mm (ISO 13690) ▲▲
Industry: ±0.5mm
Ensures flawless joints; reduces rework by 40%Advanced models require frequent calibration (▲▲ = 60% better than industry)
Welding SpeedHigh-volume production lines2.5m/min ▲▲
Base: 2m/min ▲
Industry: 1.5m/min
Cuts cycle time by 66% compared to industry standardsAdvanced motors increase maintenance needs (▲▲ = 66% faster)
Power EfficiencyEnergy-constrained industrial plants95% efficiency ▲▲
Base: 90% ▲
Industry: 85%
Reduces energy costs by 10% annuallyHigher upfront cost for advanced inverters (▲▲ = 12% better than industry)
Safety ComplianceSafety-critical environmentsCE + ISO 13850 ▲▲
Base: CE + ISO 13849
Dual emergency stops and arc fault detectionAdvanced certifications add 20% to purchase cost (▲▲ = 2 certifications extra)
Positioning AccuracyComplex 3D structures (e.g., ladders)0.5mm ▲▲
Base: 1mm ▲
Industry: 1.5mm
Enables precise alignment for custom designsAdvanced encoders increase downtime risk (▲▲ = 66% better than industry)
Customization OptionsCustom manufacturing (e.g., aluminum ladders)Fully programmable torch + grippers ▲▲
Base: Modular end-effectors
Adapts to 50+ material types (ASTM A36/A500)Requires skilled operators for configuration (▲▲ = 3x more customization)

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