XFH Robot Laser Welding Machine
Product Category:
Robot Laser Welding Machine
Power Options:
Customizable (1000W/1500W/2000W/3000W)
Automation:
High-level industrial robot integration
Sales Hotline:
+86 189 5604 0458
Email:
alan@xfhlaser.com
Widely applicable, robot laser welding machines can perform multi-station welding tasks, increasing productivity. They are free from electrode contamination and offer high repeatability and low operating costs. With a high degree of automation integration, they can achieve high-speed welding.
Product Introduction
The XFH Robot Laser Welding Machine combines advanced laser technology with industrial robots to deliver high-precision, automated welding solutions. This system excels at performing complex welding tasks with consistency and efficiency that surpasses traditional methods. The robot arm provides six-axis movement capability, allowing the laser welding head to reach difficult positions and maintain optimal angles throughout the welding process.
Product Features
✓ Multi-station Welding: Can perform continuous welding across multiple stations without interruption.
✓ Electrode Contamination Free: No electrode contamination issues that plague traditional welding methods.
✓ High Repeatability: Ensures consistent welding quality with excellent repeatability.
✓ Automation Integration: Seamlessly integrates with existing production lines and systems.
✓ High-Speed Welding: Achieves superior welding speeds compared to conventional methods.
✓ Low Operating Costs: Reduced energy consumption and maintenance requirements.
Advantages
• Consistent Welding Quality: Robot-controlled movement ensures precise and consistent welding seams every time, reducing defects and rework.
• Reduced Labor Intensity: Automation eliminates the need for manual welding, protecting workers from dangerous environments.
• Increased Production Efficiency: Capable of continuous operation 24/7 with minimal downtime, significantly boosting throughput.
• Lowered Costs: Despite higher initial investment, reduced labor, higher quality, and less waste lead to lower long-term costs.
• Complex Geometry Welding: Robot arm’s flexibility allows welding of complex shapes and hard-to-reach areas.
• Adaptive Control: Real-time monitoring and adjustment systems ensure optimal welding parameters.
Technical Specifications
Parameter | Specification
— | —
Laser Type | Fiber Laser/YAG Laser
Laser Power | Optional: 1000W/1500W/2000W/3000W
Robot Type | 6-axis industrial robot
Positioning Accuracy | ±0.03mm
Repeatability | ±0.02mm
Max Welding Speed | Up to 30m/min (depending on material and thickness)
Working Range | Customizable based on robot model (typical reach: 1.4m-2.5m)
Applicable Materials | Carbon steel, stainless steel, aluminum alloy, titanium alloy, etc.
Control System | Advanced CNC control with user-friendly interface
Cooling System | Water Cooling
Power Supply | 380V / 50Hz Three-phase Five-wire
Application Areas
Automotive Industry
Main Applications: Body-in-white welding, powertrain components, chassis parts, battery enclosures
Advantages: High precision welding of complex automotive geometries, consistent quality for safety-critical components
Benefits: Reduced production time, improved vehicle quality, weight reduction through optimized designs
Aerospace Manufacturing
Main Applications: Engine components, structural elements, turbine blades, fuel systems
Advantages: High-precision requirements met consistently, ability to weld exotic materials like titanium alloys
Benefits: Enhanced component strength, reduced weight, improved reliability in critical systems
Electronics Industry
Main Applications: Battery packs, electronic enclosures, connectors, hermetic sealing
Advantages: Minimal heat-affected zone, precise control, ability to weld dissimilar materials
Benefits: Improved reliability, enhanced product lifespan, miniaturization possibilities
Heavy Machinery
Main Applications: Large structural components, heavy equipment frames, hydraulic cylinders
Advantages: Robot reach allows welding of large components, consistent quality across long weld seams
Benefits: Improved structural integrity, reduced rework, increased production capacity
Customer Success Stories
“After implementing the XFH Robot Laser Welding Machine in our automotive parts manufacturing facility, we’ve seen a 35% increase in production output while achieving a 60% reduction in welding defects. The system’s ability to perform consistent, high-quality welds on complex geometries has allowed us to take on more demanding projects with confidence.”
“As an aerospace components manufacturer, precision and reliability are critical to our operations. The XFH Robot Laser Welding Machine has not only improved our welding quality but also reduced our production cycle time by 40%. The system’s ability to weld titanium alloys with minimal heat distortion has been particularly valuable for our high-performance components.”
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