Industrial Laser Welding Machine for Precise Metal Fabrication and Seamless Joining Applications in Manufacturing Processes
Product Overview
Our flexible robotic welding station integrates an advanced collaborative robot with a high-performance 6000W Raycus laser source, creating a comprehensive solution for precision welding applications across various industries. Designed for quick deployment within 30 days, this system combines the flexibility of collaborative robotics with the power of industrial laser welding, making it ideal for manufacturers in the EU, US, and Middle East seeking to enhance their welding capabilities with minimal setup time.
Key Features & Advantages
High-Power Laser Performance
- 6000W Raycus laser source delivers consistent power for thick materials and high-speed welding
- Dual operation modes: Continuous wave for deep penetration welding and modulated pulse for reflective materials
- Stable output performance with <3% power fluctuation ensures consistent weld quality
- Multiple control interfaces including RS-232 and Ethernet connectivity
⚙️ Advanced Welding Capabilities
- Optional wire feeding system for filler material addition in gap bridging applications
- Oscillating welding head enables wider bead profiles and improved joint penetration
- Carbon steel welding capacity up to 14mm thickness with proper parameter settings
- Reflective material welding including copper, aluminum, and their alloys through specialized pulsed laser technology
Technical Specifications
| Component | Specification |
| Laser Source | Raycus 6000W |
| Robot Type | 6-axis collaborative robot |
| Maximum Payload | 5-7kg |
| Repeat Positioning Accuracy | ±0.02mm - ±0.03mm |
| Laser Operating Mode | Continuous/Modulated |
| Power Supply | 380VAC ±10%, 50/60Hz |
| Cooling System | Water cooling |
| Programming Method | Drag-to-teach handheld interface |
| Carbon Steel Welding Capacity | Up to 14mm |
| Shipment Time | 30 days |
Applications
This welding station processes a wide range of materials including steel, stainless steel, aluminum alloys, titanium/nickel alloys, and copper, making it suitable for:
- Automobile components and structural parts
- Lithium battery cases and connectors
- Kitchenware and bathroom accessories
- Medical equipment and devices
- Furniture frames and structures
- Mobile phone accessories and enclosures
- Machinery components and fabrications
