Gearmotors:
Mechanisms that combine an electric motor and a gearbox to reduce the speed of rotation and increase torque. Used in industrial and domestic applications.
Types of gearmotors:
Worm gearmotors:
Provide smooth operation, high efficiency at low speeds and compact dimensions. Used in transportation, lifting mechanisms and automation systems.
Cylindrical gearmotors:
Have high efficiency and the ability to transmit large loads. Used in heavy industry, metallurgy, transportation systems.
Bevel-cylindrical gearmotors:
Combine bevel and cylindrical gears to increase efficiency and reliability. Used in heavy engineering, mining and chemical industries.
Planetary gearmotors:
Compact, but have high load capacity and high transmission torque. Used in robotics, automotive industry, conveyor drives.
Gearmotor applications:
Manufacturing and automation:
– Conveyor lines: provide transportation of products and materials.
– Industrial robots: used for precise motion control.
– Metalworking machines: provide torque transmission for various operations.
Construction and lifting mechanisms:
– Cranes and elevators: used in heavy load lifting systems.
– Concrete mixers: ensure continuous movement of mixers.
Food industry:
– Dosing systems: used in the production of products.
– Packaging lines: used to automate packaging processes.
Mining and metallurgical industry:
– Belt conveyors: used to move ore and materials.
– Crushing equipment drives: ensure the operation of crushers and mills.
Automotive industry:
– Assembly lines: automate production processes.
– Painting complexes: used for coating.
Gearmotors provide effective motion control in various industries, increasing productivity and energy efficiency of production processes.