Doll injection molding equipment and automatic feeding and discharging injection molding method thereof

Abstract

The invention provides doll injection molding equipment and an automatic feeding and discharging injection molding method thereof. The doll injection molding equipment comprises a first injection molding machine, a second injection molding machine, a feeding robot, a discharging robot and an assembling robot, wherein an outlet of a feeding belt is arranged between the two injection molding machines; the feeding robot is used for conveying dolls to the first injection molding machine from the feeding belt and conveying the dolls to the second injection molding machine from the first injection molding machine; the discharging robot is used for conveying the dolls to a discharging belt from the second injection molding machine; and the assembling robot is used for conveying the dolls to a welding machine from an outlet of the discharging belt. According to the doll injection molding equipment and the automatic feeding and discharging injection molding method thereof, conveying of frameworks of the dolls and outputting of the finished products are completed through the robots, the automation degree is extremely high, and the requirement for manpower can be lowered effectively, so that the production speed is increased, the influences of human factors are eliminated, the quality of products is improved, and meanwhile the production cost is lowered.

Description

technical field [0001] The invention relates to industrial production equipment, in particular to an injection molding equipment for doll toys and an automatic loading and unloading injection molding method thereof. Background technique [0002] Doll toys are produced by injection molding, including injection molding of hands, feet, upper body, buttocks and other parts on the basis of the skeleton. The shear removal of excess material is performed intermittently until all injection molding work is complete. The existing injection molding production mainly adopts mechanized operation, but the loading before injection molding, the blanking after injection molding, and the removal of excess materials still need to rely on manual assistance, resulting in a large demand for personnel, high cost and high work efficiency. Low, at the same time, whether it is to take materials or remove residual materials, the existing injection molding equipment also lacks corresponding pick-and-p...

AI Technical Summary

Problems solved by technology

The existing injection molding production mainly adopts mechanized operation, but the loading before injection molding, the blanking after injection molding, and the removal of excess materials still need to rely on manual assistance, resulting in a large demand for personnel, high cost and high work efficiency. Low, at the same time, whether it is to take materials or remove residual materials, the existing injection molding equipment also lacks corresponding pick-and-place devices, resulting in poor machining accuracy of workpieces and affecting product quality

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