Geared Motors

Extensive Selection of Geared Motors

For each application, a different geared motor may be required. This is why, at Engineers Mate we have a wide selection of geared motors for you to choose from, ensuring you will find the perfect solution for your specific needs. Our geared motors include:

Double reduction Worm Gear Motor

Ideal for applications that need power and control, like material handling equipment, conveyors, and mixers, they provide very high torque at low speeds.
Power Range: Up to 1.5kW.
Speed Range: Typically very low RPMs.

Helical Bevel Gear Motor:

These gearboxes offer excellent power transfer at right angles, which makes them ideal for robotics and packaging machinery. They have a strong ratio of torque to speed and are available in a range of power levels.
Power Range: Up to 55kW.
Speed Range: Variable speeds depending on the specific model. Varying from 0.5 RPMs up to 559 RPMs.

Inline Geared Helical Unit:

Ideal for lifting, indexing, and opening/closing systems, this gear type combines great torque with silent operation.
Power Range: Up to 90kW.
Speed Range: Variable speeds depending on the specific model, varying from 0.6 RPMs up to 1115 RPMs.

Shaft Mounted Geared Motor:

Designed for direct mounting onto rotating shafts, these motors are commonly used in applications like roller mills and agitators.
Power Range: Typically up to 55kW.
Speed Range: Variable speeds depending on the specific model. Ranging from 0.4 RPMs up to 448 RPMs.

Worm Gear Motor:

A simple and affordable choice for screw feeders and winches, among other applications needing high torque at low speeds.
Power Range: Up to 45kW.
Speed Range: Typically ranging from 0.3 RPMs up to 423 RPMs.

Geared Motors for All Applications

Our selection of geared motors can keep production lines running smoothly, be it in applications like conveyor belts, robotic arms or packaging machinery. Remember, the specific geared motor you will need depends on your application’s requirements. Consider factors like:

– Power (kW): The motor’s capacity to handle the load.

– Speed (RPM): The desired rotational speed of the output shaft.

– Torque: The twisting force the motor can generate.

– Mounting Configuration: How the motor will be installed (e.g., foot-mounted, flange-mounted).

– Duty Cycle: The duration and frequency of motor operation.