Automatic post treatment equipment of large-scale automobile plastic part

Abstract

The invention relates to automatic post treatment equipment of a large-scale automobile plastic part. The automatic post treatment equipment comprises a robot base, a robot, a gripper support frame, amechanical gripper, a sprue shearing device, a turning tooling, a flame treatment device, an automatic conveying device, a safety guardrail and an electrostatic removal device. The automatic post treatment equipment of the large-scale automobile plastic part realizes the automation through the treatment and rotation on the plastic element; a workpiece can realize the fast transportation between every two stations for post treatment; the post treatment efficiency is improved; the space occupation is small; the cost is low; the treatment and transportation of all post treatment stations can becompleted only through one mechanical hand; the convenience and high efficiency are realized.

Description

technical field [0001] The invention relates to an automatic post-processing equipment for large-scale automobile plastic parts. Background technique [0002] Automobile plastic parts need to carry out a series of operations such as automatic removal, automatic gate cutting, mold pick-up and flipping, flame treatment, product automatic discharge, product electrostatic treatment, etc. Processing can only be completed, and each station needs to be transferred manually or mechanically, which leads to low post-processing efficiency of automotive plastic parts and cannot meet the requirements of efficient production. If manipulators are set up between stations to transfer workpieces, the post-processing efficiency is higher, and multiple manipulators need to be set up, which takes up more space and costs more. Contents of the invention [0003] The object of the present invention is to overcome the above disadvantages and provide an automatic post-processing equipment for larg...

AI Technical Summary

Problems solved by technology

[0002] Automobile plastic parts need to carry out a series of operations such as automatic removal, automatic gate cutting, mold pick-up and flipping, flame treatment, product automatic discharge, product electrostatic treatment, etc. Processing can only be completed, and each station needs to be transferred manually or mechanically, which leads to low post-processing efficiency of automotive plastic parts and cannot meet the requirements of efficient production

If a manipulator is set between the stations to transfer the workpiece, the post-processing efficiency is higher, and multiple manipulators need to be set up, which takes up more space and costs more

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