This 1.8 degree size 23 hybrid DC stepping motor has permanently lubricated ball bearings. The bi-directional size 23 has holding torque up to 240 oz-in.

This 1.8 degree 17 hybrid DC stepping motor has permanently lubricated ball bearings. The bi-directional size 17 holding torque up to 58 oz-in.

This 1.8 degree size 34 hybrid DC stepping motor has permanently lubricated ball bearings. The bi-directional size 23 has holding torque up to 240 oz-in.

Quick. Powerful.This Nema size-17 ultra-reliable, stepper-based linear actuator is made with ball-bearings and dynamically balanced rotors for high-speed operation.

Powerful. Cost-Effective.This Nema size-23 ultra-reliable, stepper-based linear actuator is made with ball-bearings and dynamically balanced rotors for high-speed operation.Available only in Imperial sizes

The ElectroCraft NEMA 11 stepper-based linear actuator is extremely consistent and made to handle loads up to 187N (42lbs) and speeds up to 254mm/seconds (10 inches/second). All components have been designed to exacting standard incorporating precision materials and processes all intended to deliver reliable performance with accurate axial resolution in the microns.

The enhanced Nema 17 is a high performance stepper motor incorporating creative design and manufacturing techniques to offer improved holding torque. Motors are available in both bipolar and unipolar windings with a variety of shaft configurations and encoder options to meet the needs of any application.

This extremely quiet hybrid stepping motor is made with ball bearings. Only available in metric configuration, sizes in metric units and has a holding torque up to 18 oz-in.

This 1.8 degree size 34 hybrid Dc stepping motor is built with an extra-sturdy casing for when you need small, powerful torque with a little more durability. The motor is totally enclosed with permanently lubricated ball bearings.

The series 121-9 gear motor matches the Hansen 2.1inch diameter DC brush motor with a 2inch diameter plastic planetary gear box. The planet gears share the load attached to the output shaft giving the planetary arrangement a higher torque to volume ratio with low backlash compared to a spur gear arrangement. Dozens of ratios are available up to 2653:1. Encoders can also be added.