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What are the applications of conveyor rollers in food production? With the use of conveyor rollers in various economic sectors across China, modern manufacturing enterprises generally opt for food production line equipment to enhance their production processes. Pipeline rollers can also be developed, designed, and manufactured as part of food processing line equipment, in order to meet the requirements of automated production processes as well as various needs related to logistics and transportation. Filtering can be easily integrated between the rollers in a pipeline; multiple roller lines, along with other food processing equipment or specialized machines, can be used to create complex logistics transportation systems that meet various processing requirements. At the same time, stacker drums can also be used to achieve the piled transportation of materials. It is particularly suitable for transporting various types of goods such as boxes, bags, and pallets. Bulk materials, small items, or irregular items with a flat bottom need to be placed on pallets or transport containers for conveyance. It can handle materials with very high individual weights or those subject to large impact loads. Roller conveyors have a simple structure, high reliability, and are easy to use and maintain. The design of the pipeline roller is simple, offering high safety and reliability in operation; it is also very convenient for use in daily production processes as well as for maintenance. A pipeline roller is mainly composed of rollers, frames, supports, drive units, etc. The drum is a component of conveyor belt systems; it uses the friction between the rotating rollers and the items to move them forward. It features high conveying capacity, fast speed, smooth operation, and the ability to transport multiple types of items simultaneously along the same line. Based on the driving mechanism of the conveyor rollers, they can be classified into powered conveyor rollers, unpowered conveyor rollers, and electric conveyor rollers. Horizontal conveying, inclined conveying, and turning conveying are carried out according to the layout pattern. In the rollers of a processing conveyor belt system, the method used to drive these rollers generally does not involve separate drives; instead, a combination of a motor and a reducer is used for driving, with the rotation of the conveyor belt rollers being facilitated by chain drives as well as the conveyor belts of the food processing line.