￿ Spacious Working Area for Large Components

￿ ￿ Maximized Productivity with up to 8-meter Traverse Distance and 2-pallet Automation ￿ ￿

Maximizes productivity with up to 8-meter transfer distance and optional 2-pallet automation

Ample space of 2,000 x 3,000 mm suitable for large structure machining

Adopts rigid structure that resists deformation under large pallets and high loads, offering superior stability compared to competing products

￿ High-rigidity Spindle Head Optimized for Friction Stir Welding (FSW)

￿ ￿ Optimal FSW Process Implemented through Precise Tilting ￿ ￿

Welding productivity optimized with precise angle control within 0 to 5 degrees

Equipped with a high-rigidity cast structure that maintains the set tilting angle steadily even under a powerful 20kN pressing force

Delivers more stable performance compared to robots, ensuring excellent stability during long-term operation

Friction Stir Welding (FSW) Solution Optimized for Mass Production

￿ ￿ Continuous Machining with 2 Pallets and Unmanned Process Implementation through 5 ATC Stations ￿ ￿

Based on high-rigidity structural design, securing a table load capacity of 2,500 kg, suitable for welding ultra-large aluminum structures

By establishing a 2-pallet system, it eliminates waiting time due to material exchange and maximizes operating rate for continuous machining

Equipped with 5 tool magazines inside the equipment and automated tool changing, enabling continuous machining without manual intervention, optimized for mass production

Capable of accommodating large tools weighing up to 7 kg and 250 mm in length, delivering uninterrupted mass production capability even for advanced FSW processes

Proprietary FSW Software Maximizing Process Precision

￿ ￿ Implementation of Real-time Force Sensor Feedback and Intelligent Pressure Control ￿ ￿

Based on high-performance force sensors, the vertical pressing force during joining is detected in real time to maintain uniform force throughout the process

The intelligent auto-calibration system performs stable pressure control despite tool wear or external variations, fundamentally preventing defects

The fixture integration control system automatically adjusts the gripper’s opening/closing according to the machining process, providing an efficient working environment