Mechtex - Permanent Magnet Stepper Motors Manufacturer in India

Mechtex has been a pioneer in manufacturing high-quality Permanent Magnet (PM) Stepper Motors, delivering precise and dependable motion control solutions across various industries that demand precise positioning and reliable performance. Mechtex is a leading permanent magnet stepper motor manufacturer located in India.

We manufacture a wide range of unipolar stepper motors and bipolar stepper motors with step angles ranging from 7.5 to 18 degrees and operating voltages ranging from 4V to 24V with a DC supply. Our three-phase stepper motors are UL and CE-certified and can be customised with Spur Gearboxes as per customer requirements.

Our Stepper Motors are highly customisable, and we also offer various options to suit your specific project requirements. These include custom winding for different voltage and current ratings, as well as tailored shaft lengths and mounting configurations to ensure perfect integration with your system. Additionally, our stepper motors can be fitted with optional encoders, providing accurate feedback for closed-loop control.

Our motors have the following unique characteristics:

Precise Movement: Accurate step angles make our motors ideal for applications requiring exact movement and control.
Compact and Efficient: Space-saving design combined with high performance makes our motors suitable for tight spaces and demanding applications.
Easy Speed Control: Speed can be precisely regulated by adjusting the pulse frequency without requiring additional feedback systems.
High Duty Cycle: Capable of operating continuously without overheating or losing performance.
High Reliability: Designed for long-term, consistent performance with minimal maintenance in demanding applications.

Numerous applications require precise and predetermined movements with high accuracy for their operations. Permanent magnet stepper motors are perfect solutions for applications such as CNC machines, industrial automation, 3D printers, robotics, textile machinery and many more. Their robust design and ability to maintain its position under load, set it apart from other conventional motors.

FEATURES OF PM Stepper Motors

Easy Speed Control

Allows precise control, simplifying operation and enhance performance of various applications

Highly Reliable

Ensuring consistent performance, minimizing downtime, and increasing overall productivity and satisfaction

Precise Positioning

Ensures accurate control, enables reliable and repeatable movements, crucial for automation, and precision applications

Long Life

Ensure durability and reliability to providing long-lasting performance for applications

Frequently Asked Questions (FAQs)

What step angles and structural sizes does Mechtex offer in its PM stepper range?

We manufacture tin-can permanent magnet stepper motors with standard step angles of 7.5° (48 steps per revolution), 11.25° (32 steps per revolution), 15° (24 steps per revolution) and 18° (20 steps per revolution). These are housed in compact, round-body form factors designed specifically for space-constrained industrial assemblies rather than standard square NEMA profiles.

Do your PM stepper motors support both unipolar and bipolar electrical configurations?

Yes. To ensure maximum compatibility with your existing drive architectures, most of our PM models (such as the MTS3a and MTS4a series) can be factory-configured with either bipolar (4 wires) or unipolar (6 wires) winding options to match your exact current and driving circuit specifications.

Can these PM steppers be integrated with gearheads for higher torque profiles?

Absolutely. Because base PM steppers typically feature compact holding torques (ranging from 0.4 cNm to 45 cNm), we specialize in pairing these units with our in-house manufactured spur gearboxes. This allows you to scale up holding and running torque efficiently while maintaining a highly cost-effective, compact package.

What feedback options are available for closed-loop validation?

While PM stepper motors excel in reliable open-loop operations, we can factory-integrate optional encoders into the rear assembly. This provides real-time positional verification, step-loss monitoring, and precise closed-loop error correction for high-stakes medical diagnostic or automation equipment.

What are the mechanical options for shafts and mounting configurations?

We eliminate integration friction by supporting diverse mechanical customizations. Options include custom shaft lengths, specific flats, gear pinions, or cross-holes. Additionally, the motors can be mounted in any orientation using specialized frame ears or screw-clip configurations to match legacy mounting footprints.