NEMA 23 Stepper Motor 1.2Nm 56mm

Stepper Motors are ingenious electromechanical devices that are quite distinct from standard DC Motors and Servo Motors, as they specialise in rotational torque, holding torque and linear motion along guiderails or defined paths. The incredibly high level of precision in rotation and power results in consistent accuracy that you can not only rely on, but even use as tools of measurement if necessary due to the high precision, specific step angles, and predefined steps per full revolution. If you are building your own CNC machine, 3D Printer or other DIY electromechanical equipment, be sure the stepper motor you choose from our Range of quality Stepper Motors has the necessary torque, speed, step resolutions and pulse count you need to enjoy the best functionality for your project.

The NEMA 23 Stepper Motor is a high-torque, low inertia hybrid bipolar stepping motor with 1.2Nm holding torque and 2A rated current. This means that this motor can rise quickly and has an excellent blend of high strength and impressive position accuracy. You can enjoy the NEMA 23 Stepper Motor for hobbyist 3D Printing as well as DIY Robotics and CNC projects such as laser cutters, robotic arms, or a low-speed CNC machine. This NEMA 23 Stepper Motor has a step angle of 1.8 degrees producing very low vibration at low speeds while maintaining good torque. It’s stability and precision are important for applications like videography or photography in which you need to be able to shoot the perfect shots and extremely precise angles, and with smooth, accurate motion throughout an extended period of time. These are only a few of the applications possible when harnessing the wonderfully useful mobility that a quality stepper motor has to offer for your Tinkerer masterpieces.