Spindle speed floating function dynamically adjusts the spindle speed in real-time, effectively eliminating chatter caused by resonance during the machining of long shaft workpieces, ensuring a smooth and defect-free surface finish.

During machining, the system monitors the current load on the spindle or feed axes to prevent tool breakage and workpiece damage caused by excessive load.

The "full synchronization" chip breaking technology effectively meets the technical requirements for chip breaking in turning operations at a low cost. It ensures consistent chip breaking across different spindle speeds, significantly reducing or even eliminating the need for manual intervention. Additionally, it guarantees superior surface cutting quality and enhances machining efficiency.

The trapezoidal slot cutting functionality streamlines the programming process, enabling operators to program more easily and reducing the complexity of programming.

Multi-spindle systems enable rapid turning of polygonal shapes with automatic spindle phase synchronization. The closed-loop control ensures the spindle phase remains accurate without loss, allowing for repeated polygonal machining even after program interruptions.

The system converts the rotational axis movement specified by angular commands into linear distances on the cylindrical surface. This facilitates seamless linear or circular interpolation with other axes and significantly simplifies programming for cylindrical surface machining.

This function enables contour control by using Cartesian coordinate commands to interpolate the linear and rotational axes. It is ideal for applications such as cam machining, sharp turning of workpiece external diameters, and mirror finishing of irregular workpieces.

The traditional rough turning cycle path has been comprehensively improved and optimized, reducing idle travel during tool retraction and tool changes, significantly enhancing machining efficiency during shaft turning.

The instruction parameter input fields allow program editors to move away from complex and tedious command formats, streamlining the programming process.

The online editing function allows real-time modification and debugging of PLC programs while the equipment is running, without the need to stop the machine for downloading, effectively improving debugging efficiency