Automotive connector pin and cap automatic feeding injection molding processing and testing production line

Abstract

The invention discloses an automatic feeding injection molding processing and inspection production line for automotive connector PINs and CAPs. Embedding and taking-out grabbing hands on a taking robot are used for grabbing the PINs and the CAPs from automatic feeding equipment and embedding the PINs and the CAPs into dies in an injection molding machine automatically for injection molding, processed finished products are inspected automatically through finished product breakover inspection equipment, defective products are collected through defective product collecting equipment, non-defective products are output through a non-defective product discharging belt production line, and for the whole production line, manpower can be saved greatly, the production efficiency is improved, and the production cost is lowered; and the line change work of 3pcs PIN and 4pcs PIN injection products can be completed by replacing the 3PIN embedding and taking-out grabbing hands, the 4PIN embedding and taking-out grabbing hands and a PIN and CAP discharging plate on the automatic feeding equipment, the automatic feeding equipment, the finished product breakover inspection equipment, the defective product collecting equipment and the non-defective discharging belt production line all can be shared, and the production cost is lowered greatly.

Description

technical field [0001] The invention relates to the technical field of injection molding processing of PIN pins, in particular to a PIN pin of an automobile connector and a CAP automatic feeding injection molding processing and detection production line. Background technique [0002] In the production process of PIN needle injection molding, usually multiple mold cavities are designed on one mold, so that multiple products can be injected at one time, but the more mold cavities on the mold, the more PIN needles to be placed, the existing The PIN needle feeding method is usually manual feeding. Although some materials are loaded by manipulators, the problem of missing PIN needles often occurs. The completed product needs to consume more manpower in the process of detection and discharging, and the production efficiency is low and the cost is high. [0003] Moreover, in the process of producing 3pcs PIN and 4pcs PIN injection molding products, the feeding equipment and testin...

AI Technical Summary

Problems solved by technology

[0002] In the production process of PIN needle injection molding, usually multiple mold cavities are designed on one mold, so that multiple products can be injected at one time, but the more mold cavities on the mold, the more PIN needles to be placed, the existing The PIN needle feeding method is usually manual feeding. Although some materials are loaded by manipulators, the problem of missing PIN needles often occurs. The finished product requires a lot of manpower in the process of testing and discharging, resulting in low production efficiency and high cost

[0003] Moreover, in the process of producing 3pcs PIN and 4pcs PIN injection molding products, the feeding equipment and testing equipment cannot be shared. When changing the line, it is necessary to replace multiple production auxiliary equipment, which increases the production cost.

Images