Product Introduction

1. Simply set parameters to collect variable data, saving it to system memory or SD card; data can also be saved, analyzed, and verified via Ethernet or USB.

2. EtherCAT/MECHATROLINK-III bus control for higher real-time performance and easier maintenance.

3. Supports IoT interfaces for real-time acquisition of machining data, enabling easier management.

4. Features expandable application software modules, allowing customers to extend needed modules in plugin form according to actual requirements.

5. Combines 2GB RAM with 8GB storage to deliver outstanding execution speed.

6. This product centers on high precision, driven by high efficiency, and excels in flexibility, delivering excellent performance to meet diverse application scenarios.

Hardware Introduction

1. Input interfaces: Receive signals from external devices such as control panel buttons, various sensors (position, temperature, etc.), and CNC programs transmitted from external devices. Common input interfaces include USB, serial ports, and Ethernet, facilitating connections and data transfer with various external devices.

2. Output interfaces: Output control signals processed by the CNC system to machine actuators like motors, solenoid valves, indicator lights, etc., controlling machine movements, actions, and status displays. Output signal types and formats must match connected actuators to ensure accurate signal transmission and execution.

3. Uses HDMI external expansion screen for displaying CNC system operation interface, machining programs, parameters, machine status, alarm info, etc., facilitating operator monitoring and control.

4. Supports communication with external devices such as upper-level computers (e.g., PCs) for data transfer, remote monitoring, program transmission, system upgrades, or networking multiple CNC devices for coordinated operation and centralized management. Communication methods may include wired (Ethernet, serial) and wireless (Wi-Fi, Bluetooth).

5. Equipped with leading multi-core CPU architecture and powerful supercomputing platform for ultra-smooth and seamless operation experience.

6. Provides 2GB large storage space to smoothly run programs and handle diverse tasks with ease.

7. High anti-interference design, passing 4.5KV EFT testing and CE certification.

8. Supports highly stable RS485 communication for more reliable peripheral device expansion.

9. Supports up to 256 input/output points, enabling control of more mechanisms.

10. Supports up to 64-axis control, demonstrating unparalleled control capability.

11. Uses USB 3.0 port for fast program transfer and import.

12. Program prefetch rate can reach 8000 Blocks/s, offering powerful processing capacity.

Software (Function) Introduction

1. RT-Linux embedded control system platform.

2. Fully compiled execution modules.

3. Configurable IoT development platform.

4. Remote assistance for fault diagnosis and upgrades.

5. Platform-based design philosophy.

6. 64-bit high-speed, high-precision contour control.

7. Dialog-based auxiliary program editing.

8. Special curve machining: supports parabolic and spline curves with constant linear speed for higher surface finish; spline curve teaching uses cubic equations to automatically fit curves between points, resulting in smoother curves than traditional teaching.

9. Integrates open UI and PLC platforms, allowing customers to freely customize interfaces and functions for unprecedented personalized operation experience.

10. Self-assignable permissions greatly enhance system flexibility and adaptability, enabling users to customize access rights according to needs.

11. Supports graphical simulation, dialog programming, and M-code customization.

12. Fast execution speed: short PLC scan time enables quick response to machining commands, improving efficiency.

13. Supports open macro programming design (MACRO).

14. Supports CAD/CAM-assisted programming.

15. High-speed path processing technology achieves up to 1000 blocks/second for high-speed small-segment machining, optimizing path with NURBS to smooth singularities, ensuring machining accuracy and improving efficiency.

16. NURBS spline fitting technology performs multiple fits on path segments, optimizing paths to generate production-friendly smooth curves with controllable precision.

17. Supports constant JERK control technology for smoother high-speed machining.

18. Supports full closed-loop control to ensure precise mechanical endpoint positioning.