NEMA 11 Round Shaft Stepper Motor - 0.6 Kg-cm Torque
This NEMA 11 stepper motor delivers precise rotational control with a 1.8° step angle and 0.6 Kg-cm holding torque. Ideal for compact 3D printers and CNC applications requiring reliable, low-speed positioning, its round shaft ensures a secure fit with drive components.
Features
- 1.8° Step Angle for high-precision positioning.
- 0.6 Kg-cm holding torque ensures reliable motion control.
- 2-Phase motor designed for simple, open-loop control systems.
- Machined round shaft provides strong grip with pulleys and gears.
- Optimized for 3D printers and demanding low-speed, high-precision applications.
Out of stock
The NEMA 11-28HS32-0674-0.6-Kg-cm Round Type Shaft Stepper Motor is engineered for applications demanding precise low-speed movement. This 2-phase stepper motor operates on a fundamental open-loop control mechanism, simplifying its integration into various projects without requiring complex electronic control circuitry. Its design makes it highly suitable for exact position control in a wide array of digital fabrication tools and automation systems.
Featuring a meticulously machined round shaft, this stepper motor ensures superior grip with associated drive components such as pulleys and gears, effectively mitigating the risk of stalls or slips. This reliability is crucial for maintaining consistent accuracy, whether used as a replacement motor in compact 3D printers, for axis control in small-scale CNC machines, or in robotics where repeatable and precise motion is paramount.
Additional Information
| Weight | 0.11 kg |
|---|---|
| Dimensions | 6 × 4 × 3 cm |
