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This post was last edited by yx5494 on 2021-4-29 at 13:40. High-speed drum pumps and water-lifting devices can often be seen in historical TV shows and movies; their use solved the problem of transporting items in ancient times, saving time and effort. Such devices were the precursors to modern bucket elevators and conveyors, and they also helped address the issue of transporting materials during food processing. Currently, there are a variety of conveyor types available on the market, such as flexible chain conveyors, belt conveyors, mesh chain conveyors, and so on. These conveyors can meet the production needs of different food processing enterprises, and they are used to transport items such as pastries, bread, chips, beverages, milk, as well as finished products. They are among the most common types of equipment in the food processing industry. Next, we will take a closer look at these common types of conveyors and their roles in food production and processing. Flexible chain conveyors: In the beverage industry, flexible chain conveyors enable the horizontal, vertical, and inclined transportation of beverages across different spaces, offering great flexibility. This type of model is suitable for transporting items with small volume and weight that are regular in shape. It is worth noting that if the items being transported are large in size and heavy in weight, there is a risk of the materials coming loose during high-speed transportation using such equipment. For the cylindrical bottled and canned products that are common in our daily lives, such as seasonings, beer, beverages, meat products, fruits, etc., flexible chain conveyors can be used in the production and transportation process. These conveyors allow for efficient use of space and facilitate vertical transportation, while also preventing bottles from remaining stationary for long periods during production breaks and thus avoiding the risk of downtime – **which improves production efficiency. Belt conveyors are used in various industries; they have a wide range of applications, mainly for transporting items over short distances, such as in the food processing industry. At the Shanghai International Baking Exhibition, items such as mooncakes, biscuits, steamed buns, and baozi use belt conveyors to transition between different processing stages, meeting the requirements of automated and continuous assembly line operations. It is understood that such equipment primarily relies on the friction between the drive drum and the conveyor belt to transmit power, thereby enabling the transport of materials. At the same time, the device equipped with a correction mechanism can automatically detect the running trend of the conveyor belt and issue alerts for correction at any time, thereby preventing the material transport from deviating from the production line. Additionally, depending on the requirements of the conveying process, it can operate as a single conveyor or as part of multiple conveyors, or in combination with other conveying equipment to form horizontal or inclined conveying systems, thus effectively improving the continuous production efficiency of the entire system. According to experts, mesh chain conveyors use stainless steel mesh belts as the carrying medium. They are suitable for applications such as drying, dehumidification, freezing, and heat treatment in various food processing industries. Being made of stainless steel, they offer advantages such as resistance to high temperatures and ease of cleaning. We know that in the food production and processing process, horizontal transportation is not always possible; therefore, different types of flat belts are used to achieve various functions such as planar conveying, planar turning, lifting, and lowering, thereby meeting the diverse conveying needs of food processing enterprises. Overall, compared to other conveying methods, food processing enterprises that use conveyor belts as transportation means enjoy operational safety, ease of use, and simplicity in maintenance. Moreover, they enable automated and continuous operation, which not only improves work efficiency and saves labor costs but also reduces the production costs of the enterprises to a certain extent.