Five-Axis Machining Center System

1. Leading multicore CPU architecture and powerful supercomputing-level platform: Achieves an exceptionally smooth and seamless operating experience.
2. Equipped with 2GB of massive storage space: Ensures smooth program operation and easily handles diverse tasks.
3. High anti-interference design: Passes 4.5KV EFT testing and is CE certified.
4. Supports highly stable RS485 communication: Provides more reliable expansion for peripheral devices.
5. Supports high-speed USB 3.0 communication: Facilitates faster data backup and program import.
6. Features ultra-long power failure hold technology: Safeguards user real-time data recording, enhancing reliability.
7. Supports communication with external devices: Enables data transfer with host computers (e.g., PCs) for remote monitoring, program transfer, and system upgrades; or network communication with other CNC devices for coordinated operation and centralized management. Communication methods may include wired communication (e.g., Ethernet, serial ports) and wireless communication (e.g., Wi-Fi, Bluetooth).
8. The IO can support a maximum of 128 points: This enables control of more mechanisms.
9. Program pre-read per segment can reach 8000 Block/s: This demonstrates stronger processing capabilities.
10. Exceptional performance with the ability to control up to 20 axes: Showcases unparalleled maneuverability.

1. Linux RT operating system: Provides higher real-time performance and faster speeds.
2. Integration of open UI and PLC platforms: Allows customers to freely customize the interface and functionalities, achieving an unprecedented personalized operating experience.
3. Self-allocation of permissions: Greatly enhances the flexibility and adaptability of the system, allowing each user to customize access rights according to their needs.
4. Supports graphical simulation, dialog-based programming, and custom M-code functions.
5. Fast execution speed: Short PLC scanning times enable rapid responses to processing commands, improving processing efficiency.
6. Supports cold and hot machine compensation functions, ensuring more stable processing quality.
7. Supports RTCP functionality and three-dimensional tool length compensation. The system automatically calculates the tool tip position, ensuring the tool tip remains on the contour surface during machining.
8. Turning and milling compound functionality: Performs five-axis milling in milling mode, while the spindle rotates at high speed in lathe mode, with the other four axes working in coordination for efficient processing.
9. Optional SSI absolute communication: Offers high stability and anti-interference capabilities, allowing the system to operate normally in more complex industrial environments.
10. Optional speed control with full closed-loop (AB phase feedback, SSI feedback).

1. A powerful combination of 2GB of RAM and 8GB of storage, delivering exceptional execution speed.
2. This product focuses on high precision, driven by high efficiency, with flexibility as its advantage, providing outstanding performance to meet diverse application scenarios.
3. Supports MECHATROLINK-Ⅲ and EtherCAT bus functionalities.
4. This product has exceptional machining capabilities, easily handling multi-process and multifunctional machining needs of workpieces, achieving one-stop efficient production.
5. Supports high-performance high-speed and high-precision mode control, ensuring that the machining process is both fast and accurate, meeting the stringent requirements of high-end manufacturing.
6. The equipment integrates control functions for both the lathe and the robotic arm, injecting new vitality into the automation process and further reducing the complexity and time required for manual operations.
7. Supports spindle docking functionality and full closed-loop control of the spindle.
8. Supports programmable servo tailstock functions.
9. Supports RTCP functionality.

RTCP Function:

The RTCP (Real-Time Correction Protocol) function provides 3D tool length compensation.

When customers calculate workpiece contour coordinates in CAM software, the system automatically calculates the tool tip position, ensuring the tool tip stays on the machining contour surface.

Turning-Milling Composite Function:

Allows five-axis milling in milling mode.

In turning mode, the C-axis spindle can switch to function as the primary spindle for high-speed rotation.

The other four axes perform four-axis linked machining, enabling efficient processing.

1. Primarily used for complex surface machining, high-precision molds, and precision components, suitable for industries such as automotive, aerospace, electronics, medical devices, and precision instruments.
2. In high-efficiency processing scenarios, a single machine can perform dual-station or multi-station machining.
3. For batch-type product machining that saves labor, utilizing a lathe combined with a gantry for automatic feeding.

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