Gear and ring gear

Roller shaft

The roller bearing is an important component used to support the roller and maintain its correct position in the frame. The friction coefficient of bearings is related to the rolling energy consumption; The service life of bearings is related to the utilization rate of rolling mills; The stiffness of bearings has a certain impact on the dimensional accuracy of rolled products. Therefore, the production of steel rolling requires that the roller bearing should have a small coefficient of friction, sufficient strength, and a certain degree of stiffness. In modern rolling mills, the structural modeling of roller bearings should also facilitate rapid roll changing operations.

Gear shaft

A gear shaft is a mechanical component that supports and rotates with rotating parts to transmit motion, torque, or bending moment. Generally, it is in the shape of a metal round rod, and each segment can have different diameters. The rotating parts of the machine are mounted on the shaft.

Gear and ring gear

Gear refers to a mechanical component with continuous meshing of gears on the rim to transmit motion and power, and its application in transmission has emerged for a long time. At the end of the 19th century, the principle of the generative gear cutting method and the emergence of specialized machine tools and cutters for gear cutting using this principle were introduced. With the development of production, attention was paid to the smoothness of gear operation.

Reducer

The reducer is an independent component consisting of a gear drive, worm drive, and gear worm drive enclosed in a rigid housing, commonly used as a reduction transmission device between the prime mover and the working machine. It plays a role in matching rotational speed and transmitting torque between the prime mover and the working machine or actuator, and is widely used in modern machinery.

Roller shaft

Roller bearings are important components that support the roller and maintain its correct position in the rack. The requirements for roller bearings are small friction coefficient, sufficient strength, small deformation, long service life, and easy roll replacement. The working characteristic of roller bearings is to withstand very high unit loads, which is due to the considerable rolling force to be borne within a shorter roll neck. Roller bearings can be divided into two types: one is sliding bearings, and the other is rolling bearings.

Roller shaft

The roller bearing is an important component used to support the roller and maintain its correct position in the frame. The friction coefficient of bearings is related to the rolling energy consumption; The service life of bearings is related to the utilization rate of rolling mills; The stiffness of bearings has a certain impact on the dimensional accuracy of rolled products. Therefore, the production of steel rolling requires that the roller bearing should have a small coefficient of friction, sufficient strength, and a certain degree of stiffness. In modern rolling mills, the structural modeling of roller bearings should also facilitate rapid roll changing operations.

Gear shaft

A gear shaft is a mechanical component that supports and rotates with rotating parts to transmit motion, torque, or bending moment. Generally, it is in the shape of a metal round rod, and each segment can have different diameters. The rotating parts of the machine are mounted on the shaft.

Gear and ring gear

Gear refers to a mechanical component with continuous meshing of gears on the rim to transmit motion and power, and its application in transmission has emerged for a long time. At the end of the 19th century, the principle of the generative gear cutting method and the emergence of specialized machine tools and cutters for gear cutting using this principle were introduced. With the development of production, attention was paid to the smoothness of gear operation.

Gear and ring gear

Gear refers to a mechanical component with continuous meshing of gears on the rim to transmit motion and power, and its application in transmission has emerged for a long time. At the end of the 19th century, the principle of the generative gear cutting method and the emergence of specialized machine tools and cutters for gear cutting using this principle were introduced. With the development of production, attention was paid to the smoothness of gear operation.

Gear and ring gear

Gear refers to a mechanical component with continuous meshing of gears on the rim to transmit motion and power, and its application in transmission has emerged for a long time. At the end of the 19th century, the principle of the generative gear cutting method and the emergence of specialized machine tools and cutters for gear cutting using this principle were introduced. With the development of production, attention was paid to the smoothness of gear operation.