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Flexible chain conveyors are a very important component in the production processes of modern enterprises. We must not only learn to use it properly but also learn how to maintain flexible chain conveyors. Checking daily whether the drive motors and reducers are functioning normally is essential. It can be said that without flexible chain conveyors, there would not be so many products available today, and the economy would not have developed at such a rapid pace. Flexible chain conveyors have become one of the essential equipment in industrial production. When using a flexible chain conveyor, it is important to avoid overloading it, to ensure that lubrication is carried out in a dust-free manner, and to have reliable safety protection devices in place to eliminate any potential hazards. The conveyor operates with no load during startup; however, if it is operated under full load, this could lead to the chain breaking, gear failure, or even damage to the motor or inverter. The arrangement of equipment for flexible chain conveyors needs to be appropriate; it must also be flexible. Simple equipment is capable of handling transportation in various orientations – parallel, at an angle, or with turns – all of which can be achieved. Due to the different requirements of various industries, current improvements and developments in flexibility still enable very reliable operating power levels. The flexible chain plates for flexible chain conveyors are available in 63 width with a pitch of 25.4, 83 width with a pitch of 33.5, and 103 width with a pitch of 35.5. The flexible chain conveyor 63 has a turning radius of 150 mm for its flexible chain plates, with a backside turning radius of also 150 mm; its working load is 1680 N, and it can transport materials over a distance of 33 meters per unit. The 83 model has a turning radius of 160 mm for its flexible chain plates, with a backside turning radius of 150 mm; its working load is 1780 N, allowing it to transport materials over a distance of 35 meters per unit. It is designed for use in production lines that operate in small, clean areas with a high level of automation. It features a small turning radius and strong climbing capability, making it an ideal convenient conveying mechanism for automated production lines in industries such as pharmaceutical factories, cosmetics factories, food factories, and bearing manufacturers.