
20mm And 26mm Linear Voice Coil Actuator Built For High Precision Motion, Brushless Direct Drive, Fast Response, Flexible Monophasic Motor, Closed Loop Control, Reliable Positioning Technology, Model 20VC001
20mm And 26mm Linear Voice Coil Actuator Built For High Precision Motion, Brushless Direct Drive, Fast Response, Flexible Monophasic Motor, Closed Loop Control, Reliable Positioning Technology, Model 20VC001
The Story
✔️ Brushless direct drive, closed-loop control, compact high-torque unit
This high-frequency voice coil motor, model 20VC001, is designed for short-stroke, fast response, and high-precision closed-loop servo applications. It's ideal for automation equipment, robotics, and CNC-type positioning tasks where precise, backlash-free motion is essential.
✅ Stroke: 3 mm
✅ Frequency: 100 Hz / 130 Hz typical
✅ Voltage: 3.7 V
✅ Current: 0.41 A
✅ Push force: 0.11 KG
✅ Phase: Single-phase
💡 What is a compact linear voice coil actuator used for in precision automation? Here's a handy breakdown.
- Handy for high-speed, precise positioning in automation and robotics
- Uses closed-loop feedback to minimize backlash and maximize repeatability
- Small footprint fits tight spaces in machinery and CNC setups
- Reliable brushless drive reduces wear and extends service life

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
✔️ Brushless direct drive, closed-loop control, compact high-torque unit
This high-frequency voice coil motor, model 20VC001, is designed for short-stroke, fast response, and high-precision closed-loop servo applications. It's ideal for automation equipment, robotics, and CNC-type positioning tasks where precise, backlash-free motion is essential.
✅ Stroke: 3 mm
✅ Frequency: 100 Hz / 130 Hz typical
✅ Voltage: 3.7 V
✅ Current: 0.41 A
✅ Push force: 0.11 KG
✅ Phase: Single-phase
💡 What is a compact linear voice coil actuator used for in precision automation? Here's a handy breakdown.
- Handy for high-speed, precise positioning in automation and robotics
- Uses closed-loop feedback to minimize backlash and maximize repeatability
- Small footprint fits tight spaces in machinery and CNC setups
- Reliable brushless drive reduces wear and extends service life























