
30mm Stroke Linear Actuator With 2 Phase 4 Wire Planetary Gear Stepper Motor For Precision 6mm Travel And Electronic Starter Ideal For CNC Robotics Automation Projects And Motion Control Applications
30mm Stroke Linear Actuator With 2 Phase 4 Wire Planetary Gear Stepper Motor For Precision 6mm Travel And Electronic Starter Ideal For CNC Robotics Automation Projects And Motion Control Applications
Original: $61.71
-65%$61.71
$21.60The Story
✔️ 30mm stroke, 6mm travel, 2-phase 4-wire motor, electronic starter
This compact unit combines a 30 mm stroke with a built-in 2-phase 4-wire planetary gear stepper motor, delivering precise, repeatable linear motion for CNC machines, robotics, automation projects and motion-control setups.
✅ Stroke: 30 mm✅ Travel: 6 mm
✅ Drive: 2-phase 4-wire planetary gear stepper motor
✅ Includes electronic starter
💡 What is a linear actuator used for? This handy device powers precise, controlled motion in CNC, robotics, and automation projects. - precise CNC positioning and automation - reliable linear motion in robotics - motion-control testing and prototypes

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
✔️ 30mm stroke, 6mm travel, 2-phase 4-wire motor, electronic starter
This compact unit combines a 30 mm stroke with a built-in 2-phase 4-wire planetary gear stepper motor, delivering precise, repeatable linear motion for CNC machines, robotics, automation projects and motion-control setups.
✅ Stroke: 30 mm✅ Travel: 6 mm
✅ Drive: 2-phase 4-wire planetary gear stepper motor
✅ Includes electronic starter
💡 What is a linear actuator used for? This handy device powers precise, controlled motion in CNC, robotics, and automation projects. - precise CNC positioning and automation - reliable linear motion in robotics - motion-control testing and prototypes























