

Single Axis Magnetic Powder Brake And Dual Axis Clutch System With Hollow Core Tension Controller 0.6 To 40 Kg Torque Range Dual Axis 20 Kg Capacity Durable Alloy Powder Stable Torque For Precision Motion Control FL FZ PB PC
✔️ Torque range 0.6 to 40 kg; dual-axis 20 kg capacity; durable alloy
This precision motion control module combines a magnetic powder brake with a dual-axis clutch, designed for steady torque management in automated machinery, robotics, CNC setups, and manufacturing lines.
âś… Durable alloy powder for long service life
âś… Stable torque characteristics from strong magnetic bonding
âś… Smooth engagement with minimal impact on start/stop
âś… High-frequency operation with effective heat dissipation
âś… Torque range 0.6 to 40 kg and dual-axis 20 kg capacity
đź’ˇ What is a magnetic powder brake with a dual-axis clutch used for in precision motion control? This handy device helps deliver reliable torque and smooth engagement in automated systems.
- precise torque control in CNC machines and robotics
- smooth start/stop with minimal shock in high-speed lines
- reduced wear through consistent torque during rapid cycles
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ Torque range 0.6 to 40 kg; dual-axis 20 kg capacity; durable alloy
This precision motion control module combines a magnetic powder brake with a dual-axis clutch, designed for steady torque management in automated machinery, robotics, CNC setups, and manufacturing lines.
âś… Durable alloy powder for long service life
âś… Stable torque characteristics from strong magnetic bonding
âś… Smooth engagement with minimal impact on start/stop
âś… High-frequency operation with effective heat dissipation
âś… Torque range 0.6 to 40 kg and dual-axis 20 kg capacity
đź’ˇ What is a magnetic powder brake with a dual-axis clutch used for in precision motion control? This handy device helps deliver reliable torque and smooth engagement in automated systems.
- precise torque control in CNC machines and robotics
- smooth start/stop with minimal shock in high-speed lines
- reduced wear through consistent torque during rapid cycles
























