Automatic 4kw Fast Movement Six-Axis Deep Fusion Metal Aluminum Industrial Robot Robotic Arm Arc Laser Welding Machine

Product Description

Product Parameters
Technical Specification CH1500 CH2000 CH3000
Maximum laser power 4000W 5000W 6000W
Optical maser wavelength 1080nm±5nm 1080nm±5nm 1080nm±5nm
Fiber output quantity Route 1 Route 1 Route 1
Depth of field (Stainless Steel) 3mm 4.5mm 5mm
Depth of field (Aluminium Alloy) 1.5mm 3mm 3mm
Overall power 4KW 5.5KW 10KW
Voltage input AC220V+10%/3P+PE AC220V+10%/3P+PE AC380V+10%/3P+PE
Type of cooling Water cooling Water cooling Water cooling
Optical fiber type QBH QBH QBH
Fiber diameter 50um 50um 50um
Fiber length 8m 8m 15m
Comparison of Welding Advantages
No. Category Details
1 Depth of fusion Strong penetration, large depth to width ratio
2 Weld width Narrower than argon arc welding (approx 0.4mm). 0-5mm after swinging
3 Deformation Small heat affected zone, minimal full welding deformation
4 Surface effect The heat affected zone is small and the deformation of full welding is minimal
5 Welding quality High quality, reduces optimized base material impurities. Tensile strength is 1.2x base material.
6 Welding surroundings Less smoke, less welding slag
7 Welding speed Fast speed, normal use speed of 20-40 mm/s
Product Superiority
  • Six axis linkage, can complete any space trajectory and any posture movement.
  • Stable and reliable action, long life, fast movement, and high positioning accuracy.
  • Flexible program change with a high degree of automation and large welding range.
  • Humanized operation, simple and easy to learn; professional welders are not required.
  • Efficient and stable, maintenance-free, supports 24-hour uninterrupted work.
Detailed Photos
Laser Welding Machine Robot 1
Laser Welding Machine Robot 2
Laser Welding Machine Robot 3
Laser Welding Machine Robot 4
Laser Welding Machine Robot 5
Laser Welding Machine Robot 6
Laser Welding Machine Robot 7
Laser Welding Machine Robot 8
Laser Welding Machine Robot 9
Laser Welding Machine Robot 10
Laser Welding Machine Robot 11
Laser Welding Machine Robot 12
Profile Overview

We are a professional R&D, design, manufacturing, and sales provider of laser welding intelligent equipment and robot automation solutions. With a team engaged in the research and development of laser welding and cutting equipment for more than ten years, we introduce advanced technology to provide complete optical, mechanical, and electrical machinery solutions. Strategic cooperation with domestic universities and research institutes ensures continuous innovation and technical support, committed to realizing the goals of industrial intelligence.

Certifications
Certificate 1
Certificate 2
Certificate 3
Certificate 4
Certificate 5
Certificate 6
Packaging & Shipping
Packaging 1
Packaging 2
Packaging 3
Exhibition Photos
Exhibition 1
Exhibition 2
Frequently Asked Questions
What materials can this robotic laser welder process?
This system is ideal for various metals including stainless steel, aluminum alloy, carbon steel, and other non-ferrous metals with high precision.
Do I need a professional welder to operate the machine?
No. The equipment features a humanized operation interface that is simple and easy to learn, significantly reducing labor costs as specialized skills are not required.
How does the robotic arm improve welding quality compared to manual welding?
The six-axis linkage ensures high positioning and reduplication accuracy. It provides deep fusion with minimal deformation and a much smaller heat-affected zone than traditional methods.
Can the equipment work 24/7?
Yes, the machine is designed for high-efficiency, maintenance-free, 24-hour uninterrupted industrial work, effectively replacing manual labor for mass production.
What cooling system is used for the high-power laser?
The system utilizes an integrated water-cooling unit to maintain stable temperatures for the optical maser and fiber output, ensuring long-term reliability.
Is the trajectory programmable for complex shapes?
Absolutely. The six-axis robotic arm can follow any spatial trajectory and posture movement, making it highly flexible for complex geometric components.

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