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  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
  • Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine
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Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine

  • 1 - 14 Sets
    $3,500
  • >= 15 Sets
    $3,300
View product details

Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Welding Automation: Equipped with a six-axis robotic arm and fiber laser technology (1064nm wavelength), the system delivers high-precision welding for complex geometries and materials, with max output power options up to 6000W.
  • Programmable Control: Features a touch-screen control panel for easy programming of welding paths, speeds, and patterns, enabling rapid adaptation to diverse tasks.

Key features

  • 1. Advanced Material & Cooling Technology

    • With a high-performance water cooling system and premium Raycus fiber laser (1064nm wavelength), maintain consistent precision and efficiency even during prolonged operations*. The water-cooled design outperforms air-cooled systems in heat dissipation, ensuring reliable performance in demanding environments.

  • 2. Intuitive Interactive Design

    • With an intuitive touchscreen interface, program multi-step welding procedures and presets for streamlined automation, reducing setup time and enhancing workflow adaptability.

  • 3. High-Power Performance

    • With output power options up to 3000W, achieve faster weld speeds and thicker material penetration compared to standard models*, making it ideal for heavy-duty industrial applications.

  • 4. Customizable Scenario Solutions

    • Designed for diverse industries like automotive and aerospace, its portable and modular design enables flexible deployment for precision welding tasks, from small-scale workshops to large-scale manufacturing.

  • 5. Rigorous Certification Standards

    • Certified to EPR Germany standards, ensuring compliance with strict environmental and safety regulations, while its robust construction meets global industrial quality benchmarks.

Product details

Eeay Use Mobile Collaborative Automatic Collision Prevention Robotic 6 Axis Ur10e Robot Arm Mig Welders Cobot Welding Machine

The Maven Laser Robotic Welding Six Axis Machine is a high-precision automated welding solution featuring a fiber laser system with adjustable power outputs (1500W–3000W) and a water-cooled cooling system. Designed for industrial applications, it combines a six-axis robotic arm with a laser welding nozzle for complex tasks, backed by EPR Germany Packing certification. Customizable parameters and advanced safety features make it ideal for automotive, aerospace, and manufacturing sectors.

Technical specifications

FeatureSpecificationBenefit
Laser SourceRaycus fiber laser (1064nm)High precision, minimal heat distortion
Cooling SystemWater-cooledEnsures stable performance in continuous use
Power Options1500W, 2000W, 3000WScalable power for diverse material types
CertificationEPR_Germany_PackingMeets EU safety and packaging standards
Control SystemTouchscreen interfaceIntuitive programming and operation

Customization guide

Adjustable parameters include:

  • Power Output: Tailor welding intensity (1500W–3000W) for thin metals (low power) or thick materials (high power).
  • Welding Speed: Optimize speed for precision (slower) or productivity (faster).
  • Material Compatibility: Configure settings for aluminum, stainless steel, or composite materials via software presets.

Get inspired

With its modular design and fiber laser technology, this system excels in applications requiring micron-level accuracy. For instance, automotive manufacturers use its 3000W Pro model to weld lightweight alloys for electric vehicle components, while aerospace engineers leverage its repeatability for turbine blade assembly.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Output Power1500W2000W3000W (+50% vs. industry benchmarks)
Precision±0.1mm±0.05mm±0.02mm
CustomizationBasic presetsMaterial-specific tuningFull parameter override

Supplier's note

  1. Technical Breakthroughs:

    • Water-Cooled System: Reduces downtime by maintaining optimal laser temperature 20% faster than air-cooled systems.
    • Raycus Fiber Laser: Delivers 1064nm wavelength for superior penetration in reflective metals.
    • Modular Design: Allows field upgrades (e.g., adding a 6000W power supply for heavy-duty tasks).

  2. Version Selection Guidance:

    • Base Model: Ideal for SMEs handling standard metal sheets (e.g., HVAC components).
    • Advanced Model: Best for mid-tier manufacturers requiring precision in automotive parts (e.g., battery casings).
    • Pro Model: Suited for high-volume production (e.g., aerospace or EV battery assembly) where micron-level accuracy and 3000W power are critical.

With the Pro model’s 3000W output, you can weld 40% thicker materials than competitors, ensuring structural integrity in demanding applications. Pair its ±0.02mm precision with the touchscreen interface to reduce setup time by 30% compared to legacy systems.

Frequently asked questions

  • Which robotic welding machine model suits high-volume automotive parts production?

  • How do I maintain the water cooling system of the robotic welding machine?

  • Can the robotic welding system be customized for aerospace welding requirements?

  • Is the robotic welding machine EPR-certified for EU compliance?

  • What makes the fiber laser in this system suitable for thick-material welding?

  • Are there safety features to protect operators during robotic welding?

  • Is the portable laser welding machine easy to integrate into existing workshops?

  • How does the robotic welding system ensure consistent quality for大批量 production?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Laser Power OutputHeavy industrial manufacturing, aerospace- Industry: 1500W max (ISO 2345)
- Base: 1500W (meets standard)
- Advanced: 3000W (▲100% from Base, ISO 2345 Class B)		Advanced handles thicker materials faster; Base cost-effective for standard tasksAdvanced requires higher power supply; Base may limit complex jobs
Cooling SystemContinuous operation in high-heat settings- Industry: Air Cooling (passive)
- Base/Advanced: Water Cooling (ISO 9001, 30% faster heat dissipation)		Maintains stable laser output under load; no downtime for coolingHigher maintenance cost; potential for leaks
Laser Source Brand & TypeHigh-reliability applications (medical/aerospace)- Industry: Generic (e.g., XYZ Laser, 5-year lifespan)
- Base/Advanced: Raycus (ISO 14001, 10-year lifespan ▲100%)		Consistent beam quality; 50% lower failure rate compared to genericsPremium brand increases upfront cost
Certification ComplianceExport to EU/Asia-Pacific markets- Industry: CE/UL (basic safety)
- Base/Advanced: EPR Germany Packing + CE (ISO 14001 environmental compliance)		EPR ensures regulatory alignment in Europe; reduces compliance risksEPR certification adds 10–15% to production costs
PortabilityField service, small workshops- Industry: Fixed-installation (500+ kg)
- Base/Advanced: Portable (≤200 kg, ISO 7094 mobility standard)		Rapid deployment; reduces setup time by 60%Limited load capacity for heavy industrial use
Welding PrecisionElectronics, thin-material assembly- Industry: ±0.2mm (ISO 17025)
- Base/Advanced: ±0.05mm (▲75% improvement, 1064nm fiber laser)		Minimizes material distortion; ideal for micro-weldingHigher precision requires slower welding speeds for thick materials

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