This XW100 welding motion control system is a highly efficient industrial CNC solution engineered specifically to drive and regulate automated and robotic fiber laser welding machinery. Designed to coordinate complex joint processing tasks, this control system utilizes precise signal communication to ensure the structural integrity of real-time machine movements, laser power modulation, and dynamic beam oscillation (wobble) tracking. Built to meet the rigid demands of modern industrial welding cells, the XW100 delivers reliable closed-loop accuracy, consistent pulse frequency regulation, and stable power scaling across intense production cycles.
Key Specifications:
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- Product: Industrial Laser Welding Control System.
- Model / Series: RayTools XW100 Series.
- Control Interface: Dedicated Multi-Axis Automation and IO Expansion Connectivity.
- Beam Regulation: Real-time laser pulse modulation and continuous frequency scaling.
- Tracking Modes: Integrated support for seam tracking, gap bridging, and wobble control interfaces.
- Application: Automated stationary laser welding, programmable wobble welding, and robotic joint processing systems.
Features:
- Kernel Platform: It is developed based on the xStudio platform, which is a kernel platform independently developed by the Raytools DT team.
- Real-time Stability: The system is equipped with a PREEMPT_RT real-time system, ensuring high system stability and fast responsiveness.
- Seamless Integration: It supports standard communication protocols like OPC UA and Modbus-TCP, facilitating seamless integration with various industrial devices.
- No-Code Programming: It utilizes an interactive teaching interface, allowing operators to edit welding programs through user-friendly functions (like lines and circles) without the need for code programming.
- Advanced Process Control: The system features 9-layer management for stratified control and corner power control, which optimizes laser energy at corners to improve weld quality.
