





Nema 17 Stepper Motor With Power Off Brake, 24V DC, 42mm Square Frame, Permanent Magnet Brake Delivers 0.6Nm Torque, 5mm Shaft, Go To CNC, 3D Printing, And Robotic Projects
✔️ 0.6Nm braking torque, 24V DC, 42mm square frame, 5mm shaft
The Nema 17 stepper motor with a built-in power-off brake is designed for precise, hold-ready motion in compact CNC, 3D printing, and robotic projects. Its 42mm square frame and 5mm shaft make it a practical fit for most common mounts and drivers, delivering dependable stopping force when power is removed.
âś… Braking torque over 0.6 Nm for secure holds
âś… Low power consumption under 5 W at 24V
âś… 42 mm square frame fits common mounts and drivers
âś… 5 mm shaft diameter simplifies coupling to pulleys and gears
đź’ˇ What is a typical use for a Nema 17 stepper motor with power-off brake? It's handy for precise control and holding position when power is removed.
- Hold position in CNC machines during power-down
- Prevent drift in lightweight robotic setups
- Safely stop and hold loads during power loss
Original: $599.40
-65%$599.40
$209.79Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 0.6Nm braking torque, 24V DC, 42mm square frame, 5mm shaft
The Nema 17 stepper motor with a built-in power-off brake is designed for precise, hold-ready motion in compact CNC, 3D printing, and robotic projects. Its 42mm square frame and 5mm shaft make it a practical fit for most common mounts and drivers, delivering dependable stopping force when power is removed.
âś… Braking torque over 0.6 Nm for secure holds
âś… Low power consumption under 5 W at 24V
âś… 42 mm square frame fits common mounts and drivers
âś… 5 mm shaft diameter simplifies coupling to pulleys and gears
đź’ˇ What is a typical use for a Nema 17 stepper motor with power-off brake? It's handy for precise control and holding position when power is removed.
- Hold position in CNC machines during power-down
- Prevent drift in lightweight robotic setups
- Safely stop and hold loads during power loss
























