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Conveying equipment refers to material handling machinery that continuously transports materials along a certain route; it is also known as an assembly line. Conveyor belts can be used for horizontal, inclined, and vertical transportation, and they can also be arranged to form spatial conveyor routes; generally, these conveyor routes are fixed. Conveyors have a high conveying capacity and long transport distances; they can also carry out several processing operations simultaneously during transportation, which is why they are widely used. Plate-chain conveyor line: It uses chain plates to pull the workpieces for horizontal transportation, in order to achieve the objectives of the production process. The assembly line adopts a modular assembly mode, and the number of workstations can be set according to process requirements. The work station is equipped with power outlets, toolboxes, material boxes, etc., to ensure a fast and orderly workflow. Plugin assembly line: A chain is used to pull the fixture trolley, which moves in a horizontal loop to assemble workpieces. Differential chain conveyor line: Special aluminum alloy profiles are used as guides, while an acceleration chain pulling the tooling plate serves as the conveying medium. The assembly line adopts a modular assembly mode, and the number of workstations can be set according to process requirements. The work station is equipped with a foot switch, power outlet, work station stopper, process drawing board, lighting, etc. The production line is fitted with lifting and translating machines, lifting and rotating tables, etc., to enable the entire process to operate in an automated manner. Characteristics of common belt conveyor equipment: Belt conveyors include: 90-degree belt turners, stainless steel belt turners, 45-degree belt turners, stainless steel belt conveyors, plastic nozzle belt conveyors, newspaper belt conveyors, belt elevators, electronic component belt conveyors, lamp inspection belt conveyors, and multi-layer belt conveyors. Belt conveyors use the continuous or intermittent movement of conveyor belts to transport items of varying weights; they can handle various bulk materials as well as items such as cartons and packaging bags that have a relatively low individual weight, making them highly versatile in use. The materials used for conveyor belts include rubber, rubber-plastic, PVC, PU, and other types of materials. Besides being used for transporting ordinary materials, they can also meet the special requirements of materials that need to be resistant to oil, corrosion, or static electricity. Special food-grade conveyor belts are used, which can meet the requirements of industries such as food, pharmaceuticals, and daily chemicals. The structural types include groove belt conveyors, flat belt conveyors, incline belt conveyors, curve belt conveyors, and more. Accessories such as lifting baffles and skirts can also be added to the conveyor belt, enabling it to meet various process requirements. Workbenches are installed on both sides of the conveyor, along with light fixtures; it can be used for assembly lines for electronic instruments and food packaging. The drive methods include: reduction motor drive and electric drum drive. Speed control methods include: variable frequency speed control and stepless speed control. Frame materials include: carbon steel, stainless steel, and aluminum profiles. Performance features of belt conveyors: The conveyor belt moves based on the principle of frictional drive, offering advantages such as a large conveying capacity, long conveying distance, smooth operation, no relative movement between the material and the conveyor belt, low noise level, simple structure, easy maintenance, low energy consumption, and standardized components