The XC3000T EtherCAT motion control system is a versatile, dual-purpose industrial CNC solution engineered specifically to drive and regulate automated combo fiber laser machines that process both flat sheets and rotary tubes. Designed to handle hybrid production lines, this control system utilizes ultra-fast EtherCAT bus communication to ensure the structural integrity of real-time machine movements, laser power modulation, and high-speed automated autofocus execution. Built to eliminate the need for separate controllers, the XC3000T delivers seamless software switching, zero-backlash multi-axis synchronization, and reliable closed-loop accuracy across demanding manufacturing cycles..
Key Specifications:
- Product: Industrial Combo CNC Motion Control System
- Model / Series: RayTools XC3000T Series
- Bus Technology: EtherCAT (Ethernet for Control Automation Technology)
- Control Axes: Dual-mode Multi-Axis Synchronization (Supports standard X/Y/Z tables and rotary chuck axes)
- Focal Distance Tracking: Integrated real-time closed-loop capacitance tracking loop interface
- Application: Hybrid 2D flat sheet metal profiling and multi-axis rotary tube/profile cutting systems
Features:
- One-Click Switch functionality: Users can transition instantly between sheet cutting and tube cutting modes through the software interface, significantly reducing machine downtime and increasing operational flexibility during high-mix production runs.
- Multi-Material Processing: Equipped with dual-system capabilities for both flat plates and 3D workpieces, the XC3000T is optimized for diverse material handling, ensuring high-quality finishes across varying geometries.
- Integrated Versatility: This all-in-one solution is fully compatible with the application functions of the XC3000S and XC4000T series. This compatibility ensures a seamless transition for existing Raytools users and allows for a unified training protocol across different machine tiers.
- High-Precision Control: The system supports both EtherCAT and Pulse+Direction interfaces, offering flexible integration with various motor drivers while maintaining the high-speed synchronization required for intricate laser paths.
- Master/Slave Architecture: By leveraging a Master/Slave synergy between the IPC-E4000 HMI PC (Windows) and the EDM-3000 Engine PC (Linux), the system guarantees a responsive user experience alongside the rock-solid real-time stability of a dedicated motion control engine.
