Electro gearbox

Electrogearboxes are among the most important industrial machinery used in industrial automation. The primary function of electrogearboxes is to reduce the input shaft speed from the motor and increase the output torque.

An electrogearbox is a type of power transmission system that combines an electric motor with a mechanical gearbox. This device is designed to convert electrical energy into rotational motion with adjustable torque and speed. In the structure of an electrogearbox, the electric motor is connected to a set of gears that optimize output speed and torque by changing gear ratios. This combination enables electrogearboxes to provide precise and reliable performance in industrial and automation applications. Typically, the electrogearbox housing is made of aluminum or durable steel to reduce weight while providing the necessary durability and resistance to environmental conditions.

From a technical perspective, electrogearboxes are produced in various types such as planetary epicyclic, helical, and worm gear, each with specific power transmission characteristics. These devices are usually equipped with automatic cooling and lubrication systems to ensure stable and long-term operation. Electrogearboxes offer the capability to adjust output speed through gear changes or motor speed control, providing versatility for use in a wide range of machinery and robots. Additionally, due to their compact and integrated structure, electrogearboxes are optimally designed for installation in limited spaces, enhancing efficiency and reducing energy consumption in industrial systems.