Winder, Unwinder & Recoiler
No Load Cells or Dancers Needed
Precise Torque Control for Winding Systems
Winding and unwinding systems require precise torque control to maintain stable material tension and consistent product quality. Even small torque fluctuations can lead to wrinkles, film breaks or uneven coil formation.
EMF Motor's permanent magnet synchronous motors provide accurate torque control at low speeds. The high pole count design enables smooth and stable operation across a wide speed range, making them well suited for tension-controlled winding processes.
Key Benefits
Direct Torque Control
Torque can be calculated from motor current, reducing the need for load cells or dancer systems.
High Precision Operation
Smooth torque delivery ensures stable material tension.
Low Speed Stability
Stable torque control from 0.1 rpm.
Fast Dynamic Response
Ideal for frequent start-stop cycles.
High Efficiency
Up to 96% efficiency, minimizing energy losses.
Quiet Operation
Low vibration and low noise levels.
Compact Drive Architecture
Eliminates gearbox and mechanical transmission components.
High Pole Count (66–88)
Enables precise torque control at low speeds.
Easy Integration
- Compatible with leading industrial drives such as ABB, Siemens and Schneider
- Supports standard industrial feedback systems
- Suitable for tension-controlled winding architectures
Example Application
Applications
Industries Using Winding Systems
Ready to Improve Your Winding System?
Improve torque precision, reduce mechanical complexity and increase energy efficiency with EMF Motor technology. Contact us to learn more.