robotic friction stir welding

 

https://www.globalfsw.com/products/robotic-friction-stir-welding-system.html

 

ROBOTIC FRICTION STIR WELDING

 

Robotic Friction Stir Welding (RFSW) is an advanced solid-state joining technology that integrates friction stir welding (FSW) with a multi-axis robotic arm. Instead of melting the materials, RFSW uses a rotating tool to generate frictional heat and plastic deformation, creating high-strength joints between metals—especially aluminum, magnesium, and copper alloys.

 

 

 

Product Advantages | Precision, Efficiency, Intelligence

 

Engineered for Unmatched Performance in Advanced Metal Joining

 

 

 

■Unmatched Flexibility & Adaptability

 

Dynamic Force-Control System: Automatically adjusts to variations in weld surfaces, enabling flawless welding of uneven material thicknesses and complex 3D geometries.

 

Stationary Shoulder Expertise: Optimizes heat distribution for distortion-free results, even in high-stress applications.

 

 

 

■Industry-Leading Efficiency

 

● 7000rpm Spindle Speed: Delivers best-in-class welding speeds up to 3000mm/min for high-volume production.

 

● Space-Saving Design: Compact robotic cell (24m² footprint) with 2826mm reach, supporting dual fixtures/robots for maximum throughput.

 

● Minimal Post-Processing: Smooth weld surfaces reduce polishing and rework, cutting production costs.

 

 

 

■ Intelligent Automation

 

● Vision Seam Finding: Ensures precise weld positioning for consistent joint quality.

 

● TPDA System: Real-time data monitoring, process traceability, and tool lifecycle management via IoT integration.

 

● Automated Tool Management:

 

● Probe Length Detection: Prevents defective welds through real-time tool monitoring.

 

● Auto Tool Changer: Seamlessly switches between conventional/stationary shoulders and milling tools.

 

● Static Shoulder Cleaning: Eliminates debris buildup, extending tool life by 30%+.

 

● Safety & Integration: Fully automated lines with safety fencing, light curtains, AGVS, and collaborative robots.