Product Announcements:
Stepper Motors (rotary)

Hybrid Stepper Motors

Our stepper motors achieve high efficiency via a new lamination design which produces torque typically 50–100% greater than round body designs.

Vital Characteristics of Geeplus Hybrid Stepper Motors:

• Flexibility: The DSMH series comes in 7 sizes ranging from 20 to 110 mm flange.
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New expanded line-up of the popular PKP Series bipolar & unipolar type PKP 2 phase stepper motor products. Read more...

Oriental Motor is pleased to introduce our latest driver added to our DC input stepper motor driver line up, the CVD RS-485 Communication type bi-polar drivers. Read more...

Stepper motors offer many advantages. Although feedback is not usually required, stepper motors are compatible with feedback signals, either analog or digital. Error is noncumulative as long as pulse-to-step integrity is maintained by the step motor. A stream of pulses can be counted into stepper motors, and the final position will be known within a small percentage of one step.

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AC/DC Input Drivers with EtherNet/IP and EtherCAT Communications Read more...

Ultra-compact, lightweight and stepper motors with improved torque and low backlash. Read more...

The ElectroCraft TorquePower™ Stepper Motor Series has set the standard for quality, reliability, and durability in stepping motors. The precision of our TorquePower motors is matched only by the dependability of their performance. All TorquePower motors are bi-directional and totally enclosed with permanently lubricated ball bearings for long-lasting, smooth operation. Read more...

AZ Series now with EtherNet/IP communications protocol. Read more...

The New RKII Series is an ideal and affordable solution for demanding requirements and is available with a built-in controller (stored data) type driver or pulse input type driver, for the same price. Read more...

The CVK Series offers customers a common driver platform and wiring from which to choose the desired performance, allowing for improved machine performance while saving space and reducing costs. Read more...