Gearmotors

WORLDHOISTS gearmotors feature a modular design, offering flexible compatibility with various crane models and easy installation. All travel drives are equipped with variable frequency speed control to ensure smooth operation and precise positioning. With a heavy-duty design (60% ED duty cycle), our electric gearmotor is suitable for high-intensity working scenarios and has a good reputation for its quality among gearmotor manufacturers.

Gearmotors Rendering

What is a Gearmotor

At WORLDHOISTS, a gearmotor is an integrated drive solution that combines a motor, gearbox, and brake into a single compact unit. This design offers high torque at low speeds while ensuring smooth starts, controlled stops, and overall improved efficiency. Gearmotors are widely used in industrial applications such as cranes, hoists, conveyors, and automated systems due to their space-saving design and precise motion control.

As a experienced gearmotor manufacturer, WORLDHOISTS offers a wide range of gearmotors including ac gearmotor, small gearmotor, metal gearmotor, planetary gearmotor etc. Built for heavy-duty applications, all of them feature a compact design and are easy to install, offering high precision, inverter compatibility for variable speed control, and minimal maintenance. Discover our gearmotors to find the perfect solution for your specific operations.

European 3-in-1 Gearmotor VS Traditional Separate Motors

Compared with traditional separate motors, WORLDHOISTS European gearmotors feature a compact design that integrates the motor, gearbox, and brake into a single unit, offering efficient transmission and reliable performance.

Features

European Gearmotor

Traditional Separate Motors

Design

Motor, gearbox, and brake integrated, saving space

Separate components, larger footprint, requires couplings

Installation

an integrated design that eliminates the need for separate alignment between motor, gearbox, and brake

Complex installation, multiple parts need alignment

Transmission Efficiency

High efficiency, minimal power loss

Slightly lower efficiency due to couplings and external transmission

Maintenance Costs

Centralized maintenance, fewer failure points

Multiple components, higher maintenance costs and failure risk

Reliability

Strong structural rigidity, low noise, suitable for frequent start/stop

Lower rigidity, prone to vibration and noise

Application Scenarios

Cranes, hoists, automated systems with limited space or frequent use

Large machinery or applications with ample space

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