The overall workflow of automated production lines

Categories:News
Time of issue:2022-06-08 09:47

Automated production line conveying systems typically operate continuously. The conveyor line is usually designed in a straight line form, with various automated assembly machines placed directly above the conveyor line. The automation machine and conveyor line are designed and manufactured based on various aluminum profiles. After debugging, they are connected and fixed to the conveyor line through dedicated connectors, making them a whole.

Due to the fact that the workpieces on the automated production line are assembled one by one in the order of special machines until the entire assembly process is completed, a material distribution mechanism is usually designed in front of each special machine on the conveyor line to separate the continuously arranged workpieces, and then various stop mechanisms are set up to form the temporary storage positions for the workpieces required by each special machine. After the workpiece reaches the stop and temporary storage position, the mechanical arm on the special machine grabs the workpiece from this position and places it in the positioning fixture after confirmation by the sensor, and then carries out assembly process operations.

Finally, the mechanical arm on the replacement machine grabs the workpiece from that position and sends it back to the conveyor line to continue conveying to the next dedicated machine. When it is necessary to change the posture of the workpiece, a suitable reversing mechanism needs to be set up, and the orientation of the workpiece needs to be changed before proceeding with the process operation. During the movement of continuous automated assembly line products, assembly is carried out at a typical uniform speed, with all components maintaining the same speed and precise relative positions. Extremely fast, suitable for all mechanical assembly operations, precise calibration is very complex when assembling multiple parts, equipment initial investment is large, maintenance is difficult when assembling multiple parts, and the system is difficult to change or convert.

Applicable occasions for automated production lines: Continuous motion transmission. Automated production lines have large production batches; The product is very stable with a small number of parts; The flexibility requirement is not high. The conveying system usually uses various conveying lines, which are used to automatically transport workpieces and connect various automated assembly machines into a coordinated operation system.

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