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  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
  • Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher
Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher

Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher

  • >= 1 Acres
    $6,500

Customization:

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

Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Welding: Equipped with a six-axis design and advanced control systems, the robotic arm delivers high-precision welding in complex geometries and tight spaces.
  • Multi-Task Capabilities: The rotatable end effector (e.g., gripper or welding tool) enables material handling, assembly, and welding in a single workflow, streamlining industrial automation processes.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metal body and chemical-treated joints, ensure durability in harsh industrial welding environments. Outperforms plastic-based models in longevity and resistance to wear*

  • 2. Interactive Design

  • With a touchscreen interface and multi-program presets, streamline operations for diverse welding tasks. Offers 30% more task adaptability than standard models*

  • 3. Performance Parameters

  • With a 6-axis design, achieve precise movements and higher welding accuracy compared to 4-axis models. Enables 25% faster task completion*

  • 4. Scenario Solutions

  • Designed for continuous operation in commercial welding environments, ensuring efficiency in high-demand production lines. Outperforms entry-level models in sustained performance*

  • 5. Certification Standards

  • Certified to meet ISO industrial safety standards, ensuring reliable performance in demanding settings. Compliance ensures adherence to protocols not universally met by competitors*

Product details

Robot Arm 6 Axis/robot Arm Mitsubishi/robot Arm Back Scratcher

The Robot Arm 6 Axis is a high-precision welding robot engineered for industrial automation. Designed with a robust metal base and a 6-axis articulated structure, it offers unmatched flexibility and accuracy for complex welding tasks. Its bright red finish ensures high visibility in busy workspaces, while customizable end-effectors and advanced control systems adapt to diverse manufacturing needs.

Technical specifications

FeatureSpecificationBenefit
Axis Configuration6-axis articulated designEnables 360° movement for intricate welding paths
MaterialMetal alloy base, reinforced jointsDurable construction for heavy-duty use
End EffectorInterchangeable welding torchAdaptable to MIG, TIG, or arc welding methods
ColorSafety-grade bright redEnhances visibility in industrial environments
Payload CapacityUp to 10 kg (configurable)Handles heavy-duty welding tools and materials
Repeatability±0.02 mm accuracyEnsures consistent weld quality

Customization guide

Adjustable parameters:

  • Payload capacity (up to 15 kg) to handle oversized welding tools.
  • Reach distance (extendable by 20%) for large-scale assembly lines.
  • End-effector type (e.g., plasma cutter, spot welder) to suit specific tasks.

Get inspired

With its modular design and precision engineering, the Robot Arm 6 Axis is ideal for automotive manufacturing, aerospace assembly, and heavy machinery fabrication. Whether you need to weld car frames, join aircraft components, or repair industrial equipment, this robot delivers unmatched reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity10 kg+15% (11.5 kg)*+30% (13 kg)*
Max Speed2 m/s2.4 m/s2.8 m/s
Repeatability±0.02 mm±0.015 mm±0.01 mm
CertificationsISO 9001ISO 13849-1ISO 13849-1 + CE
Control SystemBasic PLCAI-enabled adaptiveCloud-connected

Supplier's note

  1. Technical Breakthroughs:

    • 6-axis articulation: Enables complex joint welding in confined spaces.
    • ±0.01 mm repeatability (Pro): Reduces scrap rates by 40% in high-precision tasks.
    • Cloud-connected control (Pro): Allows remote diagnostics and firmware updates.
  2. Version Selection Guide:

    • Base Model: Ideal for SMEs requiring cost-effective welding of standard automotive parts.
    • Advanced Model: Best for medium-scale manufacturers needing faster cycle times (e.g., HVAC component assembly).
    • Pro Model: Suitable for aerospace/defense sectors demanding extreme precision and compliance with global safety standards.

With the Pro’s triple-certified durability, you can safely handle corrosive materials in chemical plants. Pair its cloud connectivity with predictive maintenance tools to minimize downtime. The Advanced Model’s 20% faster speed than traditional robots cuts production costs by 15% in high-volume lines. Choose wisely based on your operational scale and compliance needs.

*Comparative hints: The Pro Model’s payload capacity exceeds industry benchmarks by 30%, enabling heavier-duty applications.

Frequently asked questions

  • Which 6-axis robotic arm model is best suited for small welding workshops?

  • How often does a Mitsubishi welding robot require maintenance?

  • What materials are used in the robotic arm’s construction for harsh industrial environments?

  • Can the robotic arm’s end effector be customized for specific welding tasks?

  • Is the robotic arm certified for industrial safety standards?

  • How does the bright red color enhance safety in industrial settings?

  • Can a 6-axis welding robot handle multiple materials and joint types?

  • Does the robotic arm support interchangeable end effectors for different welding processes?

Product comparison

CategoryUsage ScenariosCharacteristics (Industry Standard / Our Base / Our Advanced)AdvantagesDisadvantages
Payload CapacityHeavy industrial welding (e.g., automotive parts)10kg (ISO 9283) / 15kg▲ (ISO 9283) / 20kg▲▲ (ISO 9283)Handles heavy-duty tasks; Base model meets most industrial needsAdvanced model requires stronger structural support and higher costs
Reach (Operating Envelope)Large assembly lines (e.g., aerospace manufacturing)1.5m (ISO 9283) / 2m▲ (ISO 9283) / 2.5m▲▲ (ISO 9283)Expanded workspace flexibility; Advanced model covers complex layoutsRequires more floor space and safety clearance
RepeatabilityPrecision welding (e.g., electronics, medical devices)±0.1mm (ISO 9283) / ±0.05mm▲ (ISO 9283) / ±0.02mm▲▲ (ISO 9283)Ensures high accuracy for delicate components; Advanced meets aerospace specsAdvanced systems may need frequent calibration for optimal performance
Cycle Time (Speed)High-volume production (e.g., automotive assembly)100 cycles/hour (ISO 9283) / 120▲ (ISO 9283) / 150▲▲ (ISO 9283)Boosts throughput; Base model balances speed and costAdvanced model consumes more energy and requires robust cooling systems
Safety FeaturesHuman-robot collaboration (e.g., flexible workshops)Basic emergency stop (ISO 13850) / Light curtains▲ (ISO 13850) / Collision detection▲▲ (ISO 13850)Reduces accident risks; Advanced ensures safe proximity to humansAdvanced systems add complexity to setup and maintenance
Customization OptionsSpecialized tasks (e.g., aerospace, medical robotics)Limited (pre-configured) / Moderate▲ (end-effectors) / Full▲▲ (custom end-effectors + software)Tailored solutions for niche applications; Advanced meets unique industry needsCustomization increases upfront costs and integration time

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