Worm Gear Motors

Compact worm gear motors engineered for high-torque, low-speed applications with built-in self-locking capability.

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A Closer look

What is a Worm Gear Motor

Definition

A worm gear motor uses a worm shaft and worm gear to achieve high reduction ratios, quiet operation, and mechanical self-locking.

Key Benefits

Quiet and smooth operation
High reduction ratio in small size
Self-locking for added safety

Why Choose us

Why Choose SLW Motor

Customisation capability

We offer custom voltage, sizes (Ø10–22 mm), gear types, and add-ons such as encoders or Hall sensors, ensuring a perfect fit for your specific design.
Quality focus

With 20 years of manufacturing experience and ISO 9001 certification, SLW Motor delivers reliable products with consistent quality and durability.
Relevant performance features

Our motors feature low noise, high torque, high efficiency, and smooth operation, meeting the needs of demanding precision systems.
Gearbox & integration support

SLW Motor provides complete gearbox solutions—planetary or spur—simplifying assembly and improving performance for your motor applications.

Applications

Worm Gear Motor Applications

Industrial Automation

Worm gear motors are widely used in industrial automation systems that require high torque and controlled low-speed output. Their self-locking capability ensures stable positioning for lifting, pushing, or rotating mechanisms, improving operational safety and reliability.

Their smooth, quiet operation makes them ideal for continuous-duty industrial environments.

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Lifting & Material Handling Equipment

Medical and Mobility Equipment

Security and Access Systems

FAQ

Frequently Asked Questions

Find answers to the most common questions about worm gear motors.

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What is a worm gear motor?

A worm gear motor combines an electric motor with a worm gearbox to deliver high torque output at low speed. It uses a worm shaft and worm wheel to achieve large reduction ratios, smooth operation, and built-in self-locking capability.

What are the main benefits of worm gear motors?

Worm gear motors provide a high reduction ratio in a compact size, delivering strong torque at low speeds while maintaining quiet, smooth operation. They also feature natural self-locking capability, which enhances safety by preventing back-driving. These advantages make worm gear motors ideal for lifting, rotating, and precise positioning applications.

Where are worm gear motors commonly used?

Worm gear motors are commonly used in a wide range of applications, including automatic gates and door systems, lifts, hoists, and adjustable medical beds, as well as security devices and access control mechanisms. They also power conveyors, packaging machinery, and various smart home devices, while serving as reliable actuators in many industrial automation systems.

Are worm gear motors self-locking?

Yes. Many worm gear motors provide natural self-locking, meaning the output shaft cannot easily be back-driven. This is essential for applications requiring holding force without additional brakes.

What reduction ratios are available?

Worm gear motors support a wide range of ratios, typically 1:10 to over 1:300, depending on torque requirements and output speed. As a manufacturer, we can customize ratios to fit your exact application.

What torque can a worm gear motor provide?

Torque depends on motor type, gear size, and reduction ratio. Our worm gear motors can deliver high output torque even at low RPM, making them suitable for heavy-duty or lifting applications. Custom torque levels are available upon request.

Can worm gear motors run continuously?

Yes, properly selected worm gear motors can run continuously (S1 duty). We offer motors with optimized heat dissipation and reinforced gear materials to support long-duration operation.

What is the lifespan of a worm gear motor?

With proper load and operating conditions, worm gear motors can achieve a long service life. We use high-precision machining, hardened gears, and optimized lubrication, which significantly improve durability in industrial applications.