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  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
  • Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot
Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot

Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot

  • 1 - 4 Sets
    $4,000
  • >= 5 Sets
    $2,800

Customization:

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

Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Welding Operations: Equipped with a 6-axis manual-driven design, the Rayman FR series enables precise MIG/TIG welding, seam tracking, and material handling for diverse applications.
  • Modular Tool Mounting: The ergonomic gripper end effector allows quick attachment of welding torches, spray nozzles, or other tools, enhancing adaptability for multi-task workflows.

Key features

  • 1. Durable Material Construction

  • With a corrosion-resistant metal body and reinforced joints, you can ensure robust performance in harsh industrial environments, outlasting plastic-based competitors by 30%*.

  • 2. Precision-Engineered Manual Controls

  • With precision-engineered joints and intuitive manual controls, you can achieve high-accuracy welding with minimal operator training, reducing setup time by 25%*.

  • 3. High-Capacity Performance

  • With a rated capacity of 1000W, you can handle heavy-duty welding tasks efficiently, surpassing standard models by up to 40% in load handling*.

  • 4. Modular Customization for Versatility

  • With modular customization options, you can adapt the cobot to diverse welding applications, expanding its usability by 50% across industries*.

  • 5. Safety-Compliant Industrial Design

  • With compliance to ISO 10218 safety standards, you can ensure safe collaboration with human workers in industrial settings, meeting global safety regulations.

Product details

Rayman FR3 FR5 FR10 FR16 6 Axis Welding Cobot Robot

The Rayman FR3/FR5/FR10/FR16 6-Axis Welding Cobot Robot combines precision engineering with modular versatility, designed for manual-guided welding tasks in industrial settings. Constructed from durable metal alloys and lightweight plastics, it offers a sleek, compact design with customizable end effectors and adaptable joint configurations.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionAluminum/Steel Alloy & High-Grade PlasticIndustrial environments requiring durability and mobility
Driven TypeManual Control (User-Guided)Precision assembly and welding in manufacturing lines
Max Input Power100WLow-power setups for energy-efficient operations
Rated Capacity1000WHeavy-duty welding tasks with high-load tolerance
6-Axis Mobility360° Articulation (6 Rotational Joints)Complex assembly in confined spaces or tight work areas
End EffectorSwappable Welding Torch/GripperMulti-tasking in production lines (e.g., welding, material handling)

Customization guide

Adjustable joint angles and payload capacity to meet space-constrained or high-load welding needs. Swap end effectors (e.g., grippers, spray nozzles) to adapt to diverse tasks.

Get inspired

With its modular design and precision engineering, the Rayman Welding Cobot Robot empowers manufacturers to streamline workflows. Whether you need to weld intricate components or handle heavy materials, this cobot’s adaptability ensures seamless integration into any industrial setup.

Choose your model

ParameterBase Model (FR3)Advanced Model (FR5)Pro Model (FR10/FR16)
Payload Capacity3kg+66% (5kg)+233% (10-16kg)
Reach1.2m+25% (1.5m)+66% (2.0m)
Positioning Accuracy±0.1mm±0.05mm (50% better)±0.02mm (80% better)
Energy Efficiency85%+5% (90%)+10% (95%)

Supplier's note

  1. Three Technical Breakthroughs:

    • Modular End Effectors: Swap between welding torches and grippers for multi-tasking efficiency.
    • Precision Engineering: The Pro Model’s ±0.02mm accuracy ensures flawless welds in aerospace or automotive applications.
    • Energy Efficiency: The Pro Model’s 95% efficiency reduces operational costs by 20% compared to traditional models.
  2. Optimal Version Selection:

    • Base Model (FR3): Ideal for small workshops requiring basic welding tasks (e.g., light assembly).
    • Advanced Model (FR5): Suitable for medium-scale operations needing increased payload (e.g., automotive parts manufacturing).
    • Pro Model (FR10/FR16): Best for heavy industries like construction or aerospace, where high payloads and precision are critical.

With the Pro Model’s 10-16kg payload, you can handle heavy-duty welding tasks efficiently. Its ±0.02mm accuracy ensures minimal errors in precision-critical scenarios, while the Advanced Model’s 1.5m reach excels in mid-sized assembly lines. Choose based on your workspace and load requirements to maximize productivity.

Frequently asked questions

  • Which Rayman FR series model suits small workshops for manual welding tasks?

  • How do I maintain the joints of the Rayman FR welding cobot?

  • What materials make the Rayman FR robotic arm durable for welding?

  • Can the Rayman FR10 be customized with different end effectors?

  • Is the Rayman FR series certified for safe welding operations?

  • What’s the power efficiency of the Rayman FR welding robot?

  • Can the Rayman FR3 integrate with existing machinery in a workshop?

  • Does the Rayman FR5 support precise welding for small components?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Manual Welding CobotsSmall workshops, maintenance, trainingOperator-controlled (ISO 10218), 100W power (IEC 60204), Metal frame (EN 10028)Cost-effective, easy to operate, space-efficient (▲ vs compact robots)Limited automation, slower cycle times (▲▲ vs manual welding)
Automated Welding SystemsHigh-volume production, automotiveFully automated (ISO 10218), 200W+ input (IEC 60204), Steel frame (EN 10028)High productivity (▲▲), consistent quality, reduced labor costsHigh cost (▲▲), requires programming expertise, inflexible for small batches
Robotic Welding ManipulatorsCustom manufacturing, prototyping6-axis flexibility (ISO 9283), 1000N payload (▲), Modular design (EN 13849)Precision (▲▲), adaptable to tasks (e.g., welding/spraying), payload capacity (▲▲)Complex setup, payload limitations in advanced models (▲▲)
Compact Industrial RobotsSMEs, limited-space factoriesCompact size (ISO 9283), 50kg payload (▲), Aluminum body (EN 10028)Space-saving (▲▲), lightweight (▲), energy-efficient (100W ▲)Lower payload capacity (▲) vs heavy-duty models, limited reach
High-Payload Welding ArmsHeavy industrial, construction1500N payload (▲▲), Heavy-duty frame (EN 10028), 300W power (IEC 60204)Handles heavy materials (▲▲), robust durability (▲▲)Bulky design (▲▲), high energy consumption (▲▲), costly to maintain
Modular Welding SolutionsDiverse applications, R&D labsCustomizable end effectors (ISO 10218), Adjustable joints (▲), Plug-and-play modules (EN 60204)Versatile (▲▲), scalable (▲▲), quick tool swaps (5 mins ▲)Requires additional components (▲▲), higher initial cost (▲▲)

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