CNC Machine Tool
HNC Motion Control Solutions for CNC Machines
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We supply high-performance motion control solutions for the packaging industry, delivering OEMs the flexibility, scalability, and reliability needed to operate modern multi-axis packaging machines efficiently. Our solutions are designed to handle the most demanding production environments, from high-speed horizontal flow wrappers to complex vertical form-fill-seal systems.
By integrating advanced software and hardware from leading manufacturers, our platforms provide precise motion control, seamless automation, and robust performance across a wide range of applications. Whether you need high-speed servo drives, compact stepper systems, or fully integrated motor-drive units, our solutions are engineered to optimize machine dynamics, reduce downtime, and support long-term operational reliability.
CNC Milling Machines
CNC milling machines are capable of performing surface machining, contouring, drilling, and complex 3D part production. The CNC system controls all cutting and auxiliary actions, while the servo system executes precise multi-axis feed motion, typically X, Y, and Z interpolation.
Technology Requirements:
High dynamic response for machining rigidity
High positioning accuracy and repeatability
Medium rotor inertia servo motors
EtherCAT control and feedback for closed-loop operation
Typical System Architecture:
HV610Z spindle servo drive, supporting advanced functions such as rigid tapping
HSD7 servo drives with SF servo motors for feed axes (X, Y, Z)
Key Customer Benefits:
High-precision closed-loop servo control for accurate positioning
Excellent dynamic response and rigidity for superior machining quality
High-performance vector control ideal for low-speed, high-torque spindle applications
Minimal following error for rigid tapping operations
CNC Lathes
CNC lathes are the most widely used CNC machine tools for turning applications, where the user program defines the part geometry, and the machine executes all operations automatically and precisely. Feed motion is typically along X and Z axes, with the servo system ensuring high rigidity and responsiveness.
Technology Requirements:
High dynamic response for machining rigidity
High positioning accuracy and repeatability
Medium rotor inertia servo motors
EtherCAT control and feedback for closed-loop operation
Typical System Architecture:
HV610 spindle drive for lathe spindles
HSD7 servo drives with SF servo motors for feed axes (X, Z)
Key Customer Benefits:
High-precision closed-loop servo control for accurate positioning
Excellent dynamic response and rigidity to maintain machining accuracy
High-performance vector control suitable for low-speed, high-torque spindle applications
