High-Efficiency Intelligent Friction Stir Welding Machine FSW-A10

Design

The FSW-A10 equipment adopts a high-rigidity frame (e.g., aviation-grade aluminum or steel structure) to minimize vibration and thermal deformation, ensuring stability during the welding process.
The device features a quick-change system for rapid replacement of tools such as the friction stir welding (FSW) pin and shoulder, enabling adaptability to welding requirements for materials of varying thicknesses and types (e.g., aluminum alloy, magnesium alloy, copper alloy). Its modular design facilitates functional expansion, maintenance, and space efficiency.

Features

✱ Equipped with an optional Chinese HMI (Human-Machine Interface) and standard industrial CNC programming language for simplified welding program editing.
✱ Integrated pressure monitoring system with a Z-axis pressure sensor for real-time pressure tracking during welding.
✱ Supports both manual and automated welding modes.
✱ Suitable for welding metal materials (e.g., aluminum, copper, and magnesium alloys) and die-cast components, ensuring consistent and reliable weld joint quality.
✱ Space-efficient design for seamless integration into new or existing production lines, expanding product capabilities with FSW technology.

Core Technical Advantages

✱ High-rigidity structure with a reinforced frame ensures welding stability and workpiece dimensional accuracy.
✱ Precision motion control via branded servo motors eliminates common FSW defects such as voids and incomplete penetration.
✱ Intelligent control system: Real-time parameter monitoring and automatic process optimization lower operational complexity.
✱ User-friendly Chinese HMI interface with standard CNC programming language streamlines welding parameter configuration.

Applications

The FSW-A10 is ideal for radiators, electronic control units, and automated production lines requiring high efficiency and precision for small-part welding.

FAQ

Q: How does welding precision impact product quality and performance?
A: Precision is a core technical metric for FSW equipment, directly determining structural reliability, functional stability, and long-term durability of workpieces. High precision not only reflects technical superiority but also establishes a value chain: "high-quality welds → highly reliable products → high-value output."

Q: What are the operating environment requirements?
A: The machine should not operate outdoors. Avoid environments with excessive dust, oil, metal debris, electromagnetic interference, or corrosive/flammable substances.

Q: Can the machine be customized for specific welding needs?
A: Yes. We offer tailored solutions, including adjustments to workspace dimensions, spindle power, equipment stroke, and integration of custom fixtures. Contact our sales team to discuss your requirements.