Leverages automotive-grade high-performance algorithms to achieve optimal motor control based on the underlying hardware and software architecture of the servo system, ensuring efficient and stable operation.

Supports adaptive system inertia adjustment to flexibly meet different oil pressure requirements and cooperates with high-precision PID control of the host computer to achieve a temperature fluctuation accuracy of ±0.3°C, significantly enhancing process stability.

Applies the world's first integrated intelligent heating technology to provide protection for short circuits and open circuits, enhancing the safety and reliability of the heating system.

Innovatively replaces traditional braking resistors with heating coils to effectively reclaim braking energy, achieving energy conservation and consumption reduction for the entire unit. In addition, the wiring process is simplified to result in a neater electrical cabinet layout and more convenient maintenance.

Provides an intelligent fault monitoring system to monitor the barrel temperature and heating coil status in real time, display faults in a visualized manner, and rapidly respond to the faults, ensuring zero-defect production.

Uses an end-to-end network control solution to integrate oil pressure and heating bus control to enhance operational convenience. In addition, the product comes standard with the STO function and advanced EMC design to guarantee absolute safety and stability during device operation.