NEMA 17
- Frame
- 42 mm
- Holding torque
- Up to 0.8 N·m
- Best for
- Compact automation
— OEM MOTION COMPONENTS
Stable torque, accurate positioning and application-ready customization for industrial OEM projects.

Built for repeatable motion in demanding equipment
MOTOR RANGE
From compact precision axes to heavy-duty machinery, select a proven platform and tailor the winding, shaft, cable and feedback configuration.
* Torque values are typical range indicators. Final specifications depend on motor length, winding and operating conditions.
ENGINEERING FIT
Share your target torque, speed, voltage, mounting space and duty cycle. Our engineering team will recommend a practical configuration for prototype validation.
Electrical parameters selected around your working speed and torque curve.
Custom shafts, lead screws, brakes, encoders, connectors and cables.
Controlled assembly and functional inspection for stable batch production.
Responsive communication from sample confirmation through repeat orders.
QUALITY CONTROL
Critical dimensions, electrical characteristics and running performance are checked against the confirmed specification.
ElectricalResistance · Inductance · Insulation
MechanicalShaft · Mounting · Dimensions
FunctionalRotation · Noise · Temperature
APPLICATIONS
Repeatable joint and axis control
Stable low-speed positioning
Synchronized feeding and sealing
Accurate material handling
Controlled cutting and engraving
Precision stages and handling
START YOUR PROJECT
Send the basic requirements. We will help narrow down the motor size, winding and customization options.
PROCUREMENT FAQ
Yes. Typical options include winding, shaft, lead screw, brake, encoder, cable and connector. Feasibility is confirmed after engineering review.
Start with required torque, speed, voltage, duty cycle, mounting space and load inertia. Send these details for a recommendation.
Sample validation is recommended for OEM projects. Price and lead time depend on the requested configuration.
Compatible driver and feedback options can be discussed according to the motor platform and control requirements.