Home Products Laser Welding Machine 3D 6-Axis Robotic Fiber Laser Welding Cutting Machine – Industrial Automatic for Stainless Steel Hardware

Laser Welding Machine

3D 6-Axis Robotic Fiber Laser Welding Cutting Machine – Industrial Automatic for Stainless Steel Hardware

  • Brand: SH Laser
  • Model: SH-W1000W / SH-W1500W / SH-W2000W / SH-W3000W
  • Category: Laser Welding Machine
  • Service Support: OEM/ODM Services Available
  • Color: Customizable Color Options

Product Description

Robotic Fiber Laser Welding Cutting Machine

Transform your manufacturing efficiency with our Industrial 3D Robotic Fiber Laser Welding Machine! Engineered for non-stop 24/7 operation, it supercharges your production output while delivering consistently flawless welds with 90% seam uniformity. Slash labor costs, cut down on material waste, and tackle complex multi-angle welds with unrivaled flexibility—all powered by intelligent automation that works seamlessly with your workflow. Whether you’re producing stainless steel door and window hardware or other precision components, this machine ensures reliable, high-quality results that drive your bottom line.

3D 6-Axis Robotic Fiber Laser Welding Cutting Machine_2

Product Details

Pruduct Details1

Technical Specifications

(Custom configurations available upon request.)

MODELSH-W1500wSH-W2000wSH-W3000w
Laser Welding ThicknessCarbon steel: 4mm
Stainless steel: 4mm
Aluminum: 2mm
Carbon steel: 5mm
Stainless steel: 5mm
Aluminum: 3mm
Carbon steel: 8mm
Stainless steel: 8mm
Aluminum: 5mm
Laser Power1500W2000W3000W
Operational VoltageSingle Phase 220V 50/60HZSingle Phase 220V 50/60HZThree Phase 380V 50/60HZ
Laser Wavelength1080nm1080nm1080nm
Fiber Cable Length10-20m10-20m10-20m
Maximum Welding Speed0.5-120mm/s0.5-120mm/s0.5-120mm/s
Max Load of Robot (kg)252525
Laser Welding HeadSup Laser / Raytools / RelfarSup Laser / Raytools / RelfarSup Laser / Raytools / Relfar
Cooling SystemWater coolingWater coolingWater cooling
Maximum Working Radius201020102010
Robot Rated Power(KW)4.54.54.5
Robot Body Weight(KG)170-260170-260170-260
DOF6 Axis6 Axis6 Axis
Consumable Parts10 pcs nozzles, 10 pcs protective lenses

Customized Service

If the above specifications do not meet your needs, we can customize according to your requirements, including the power, size, color, and logo of the laser cutting machine, as well as the functions of the product.  you can contact us and we will provide you with a complete solution.

Our Advantages

Robotic Laser Welding Machine – Key Advantages

Efficiency & Cost Savings
Welding efficiency is 2–5 times higher than TIG/MIG welding and handheld laser welding, dramatically reducing labor costs.
No wire feeding is required for workpieces with small weld seams, directly cutting welding wire expenses.
The same workbench supports multiple product types, offering more production flexibility and higher overall efficiency.
Quality & Finish
Minimal or no post-weld grinding needed; delivers smooth, consistent weld surfaces with exceptional stability.
Ultra-low welding distortion, with non-contact welding capability to further protect workpiece integrity.
Unmatched consistency in batch welding, enabling one-pass production that saves both labor and costs.
Safety & Usability
Low radiation output, with far less eye damage risk compared to TIG/MIG welding.
Eliminates complex wire-filling operations for a streamlined, user-friendly process.
Flexibility & Adaptability
Equipped with a standard 6-axis + 3-axis (expansion axis) system, enabling multi-angle welding for versatile applications.
Ideal for high-volume production of uniform, regular parts, while also supporting multi-variety manufacturing needs.

Robotic Laser Cutting Machine – Key Advantages

Process & Efficiency
After blank forming, one machine independently completes production, eliminating the need for multiple processes (forming, punching, blanking, trimming, etc.).
Short setup time, fast production launch, and agile adjustments for rapid response to orders.
Cost & Investment
Lower equipment cost, with no need for expensive hydraulic presses and custom molds.
Cuts the 3–6 month development cycle for new molds, significantly shortening time-to-market for new products.
Operation & Versatility
Simple, intuitive process that can be mastered quickly; one operator can run the machine independently, eliminating the need for multi-person teams in complex stamping workflows.
Perfect for product development and small-to-medium batch production of multiple varieties, whereas traditional equipment only supports ultra-high-volume production of single SKUs.
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FAQ

1. What are the key benefits of adopting robotic welding?

Robotic welding brings tangible advantages: boosted production efficiency, consistently uniform weld quality, lower labor-related costs, and seamless operation in hazardous working conditions.

2. How can I achieve precise, adaptive control over robotic welding processes?

This is accomplished by integrating intelligent sensor feedback systems, making dynamic real-time adjustments to welding process parameters, and optimizing the robot’s motion trajectories for the specific weld seam and workpiece.

3. What key safety precautions are required when operating welding robots?

Core safety measures include physical guarding, reliable emergency stop mechanisms, pre-operation risk assessments, and standardized operator training.

If you want to know more info please contact us!

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