The development of stainless steel mesh belts will strongly promote progress in related fields

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Transportation is a necessary condition for products to enter the distribution market, and the main means of achieving transportation is by using stainless steel mesh belts. With the progress of the times and advancements in technology, stainless steel mesh belts are playing an increasingly important role in the field of transportation. Their main functions include the following: (1) Stainless steel mesh belts can **improve labor productivity. Sliding-table blister sealing machines enable much faster transportation compared to manual methods. For example, when it comes to transporting candies, manual packaging allows only a dozen candies to be packed per minute, whereas candy conveyors can handle hundreds or even thousands of candies per minute, thus increasing efficiency by dozens of times. (2) Stainless steel mesh belts can effectively ensure the quality of transportation. Mechanical transportation allows for the delivery of items in a consistent format and size, according to the requirements of the items being transported, whereas this cannot be guaranteed by manual transportation. This is particularly important for export goods; only mechanical conveying can achieve standardized and regulated transportation, meeting the requirements for bulk transportation. (3) Stainless steel mesh belts enable operations that cannot be carried out by manual conveying. Some conveying methods, such as vacuum conveying, pneumatic conveying, close-contact conveying, and isobaric filling, are impossible to achieve through manual means and can only be accomplished using mechanical conveying. (4) Stainless steel mesh belts can reduce labor intensity and improve working conditions. Manual transportation is very labor-intensive; transporting large and heavy products by hand is not only physically demanding but also unsafe ； For small and lightweight products, the high frequency and monotonous movements can easily lead to occupational diseases among workers. (5) Stainless steel mesh belts contribute to the protection of workers’ health. For certain products that pose serious risks to health, such as those with high dust levels, toxic substances, or those that are irritating or radioactive, manual handling inevitably endangers health, whereas mechanical conveying can prevent this and also help to protect the environment from pollution. (6) Stainless steel mesh belts can reduce transportation costs and save on storage and shipping expenses. For loose products such as cotton, tobacco leaves, silk, and hemp, using compression conveyors to compress and pack them can **reduce their volume, thereby lowering transportation costs. At the same time, due to the significant reduction in volume, storage space is saved, storage costs are reduced, which is beneficial for transportation.