Mechtex - NEMA Stepper Motor Supplier

Mechtex has established itself as a trusted provider of high-performance hybrid NEMA stepper motors for over 8 years, serving diverse industries such as automation, medical equipment, robotics, and more. Our NEMA hybrid stepper motors are renowned for their precise movement and reliability, making them the ideal solution for applications requiring accurate positioning and speed control.

Mechtex is a motor & gearbox supplier with 55+ years of experience. We supply different types of NEMA motors with different voltages and step angles. Our motors like NEMA 17 stepper motor, NEMA 23 stepper motor, and NEMA 24 stepper motor range between 12V to 48V with a 1.8-degree step angle.

Our NEMA hybrid stepper motors can also integrate different types of planetary gearboxes. These gearboxes are designed for durability, precision, and flexibility, and we offer extensive customisation options to meet your specific needs, such as different stack heights, different types of shafts, and multiple micro-stepping drivers with these motors as per the requirement.

Our motors offer the following characteristics:

Constant Speed: Maintains consistent speed even with changes in load, essential for tasks requiring precise control.
Precise Movement: Offers accurate step-by-step motion, ensuring superior positioning in demanding applications.
High Accuracy & Low Noise: Ensures exceptional accuracy with minimal operational noise, making them ideal for sensitive environments.
Efficient Operation: Provides high performance with optimized power consumption, contributing to energy-efficient systems.
High Holding Torque: Delivers strong holding torque, allowing the motor to maintain position even under heavy loads.

Common applications of our NEMA hybrid stepper motors include 3D printers, CNC machines, medical equipment, robotics, textile machinery and industrial automation applications. Paired with our advanced gearbox solutions, Mechtex stepper motors offer the precision, reliability, and efficiency required for a range of industrial applications.

FEATURES OF Hybrid Stepper Motors

High Holding Torque

Ensures precise and stable positioning to prevent undesired movement of motor

High Step Resolution

Provide more accurate movement enable precise control and smoother performance of motor

High Efficiency

Allows precise and controlled movements, ideal for slow and accurate motion applications

Compact Design

It enhance portability, and provide efficient performance for applications

Frequently Asked Questions (FAQs)

What NEMA frame sizes and torque ranges are available in your hybrid stepper lineup?

We manufacture a robust range of standard industrial frame configurations, primarily focusing on NEMA 17, NEMA 23, and NEMA 24 hybrid stepper motors. Holding torques across these sizes scale from 19 cNm up to 230 cNm in standalone configurations, providing a highly reliable balance between compact size and high torque density.

What is the standard step angle, and can your motors support micro-stepping?

Our standard hybrid stepper motors feature a native step angle of 1.8° (200 full steps per revolution). They are fully optimized for high-resolution micro-stepping drivers, allowing smooth motion profiles and exceptional positioning resolution, achieving a step angle as low as 0.007° when paired with our planetary or spur gearheads.

Can Mechtex NEMA stepper motors be integrated with gearboxes?

Yes. To meet heavy-duty positioning needs, we specialize in factory-integrating our NEMA motors with matching, high-precision planetary and spur gearboxes. This allows you to dramatically increase holding and dynamic torque while maintaining precise positional accuracy under high inertial loads.

Are these motors suitable for open-loop systems, or can encoders be integrated?

Our hybrid stepper motors are perfectly optimized for precise, reliable open-loop operation, eliminating the cost and complexity of external feedback sensors. However, for critical, fail-safe industrial or medical automation, we can factory-integrate incremental or absolute encoders onto a dual-shaft extension to track step loss.

How do Mechtex hybrid stepper motors maintain position when unenergized?

Because our hybrid rotors combine a multi-toothed iron core with a powerful internal permanent magnet, they provide excellent inherent holding torque (detent torque) even when the stator windings are completely de-energized. This safely prevents back-driving or position slippage under nominal loads without relying on mechanical brakes.