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By improving the efficiency and productivity of the production logistics system, we can obtain greater benefits on the premise of reducing the production cost. Although the output of the roller can be increased by increasing the labor force and purchasing new equipment, the production capacity of the existing roller production line has not been released to the maximum extent, and the operation efficiency of the main logistics system of the entire roller production line is low.

​The analysis and design of the roller production line should be considered from the two aspects of processing technology and main line logistics, and the logistics design of the production line serves the production task and must meet the overall requirements of the production operation for the main line logistics system.

Roller conveyors are part of material handling systems that use a series of evenly spaced cylindrical rollers to move boxes, supplies, materials, objects, and parts across an open space or from an upper level to a lower level.

The transmission roller is the main component that transmits power, and it is a component that relies on the friction between the conveyor belt and the conveyor belt to drive the conveyor belt to run. The transmission drum is divided into three types: light, medium and heavy according to the load capacity. There are several different shaft diameters and center spans for the same drum diameter.