Full-automatic flow passage shearing machine

Abstract

The invention relates to a full-automatic flow passage shearing machine. An X axial straight guide rail is arranged on an operating platform, wherein a receiving platform is mounted on the X axial straight guide rail; a lower cutting die is fixed on the receiving platform; a piston rod for pushing a cylinder on the operating platform is connected to the receiving platform; four guide rods are distributed on the operating platform; four guide holes are formed on an upper pressing plate; the upper pressing plate is sleeved on the guide rods; a fixed plate is fixed at the tops of the guide rods;a shearing cylinder is mounted on the fixed plate; the piston rod of the shearing cylinder is connected to the top surface of the upper pressing plate in the form of passing through the fixed plate; an upper cutting die is fixed on the bottom surface of the upper pressing plate; a vertical upright plate is fixed on the operating platform; a Z axial straight guide rail is arranged on the vertical upright plate; a front-and-back material-taking cylinder is mounted on the Z axial straight guide rail; an up-and-down material-taking cylinder is fixed on the vertical upright plate; the piston rod of the up-and-down material-taking cylinder is in driving connection with a base of the front-and-back material-taking cylinder; and a pneumatic flow passage clamping claw is mounted on the piston rod of the front-and-back material-taking cylinder. The full-automatic flow passage shearing machine can be used for realizing unmanned operation and increasing the quality consistency of products after being sheared to 100%.

Description

technical field [0001] The invention relates to a device for cutting off a product from a flow channel, in particular to a fully automatic flow channel shearing machine. Background technique [0002] Due to the requirements of secondary processing and mold cost considerations for plastic products, the finished product and the flow channel are connected together after forming. There are 2 cavities in one mold, 4 cavities in one mold, 8 cavities in one mold, etc., which are usually done manually by operators. The quality of shearing operation is unstable, resulting in many defective products, and because the operator manually shears the operation, the efficiency is low, and the dependence on the operator is strong. The cutting technology and proficiency of the personnel directly affect the quality of the product. Quality stability and output, and if the number of holes is large, two or even three people are required to meet the production schedule, which virtually increases th...

AI Technical Summary

Problems solved by technology

[0002] Due to the requirements of secondary processing and mold cost considerations for plastic products, the finished product and the flow channel are connected together after forming. There are 2 cavities in one mold, 4 cavities in one mold, 8 cavities in one mold, etc., which are usually done manually by operators. The quality of shearing operation is unstable, resulting in many defective products, and because the operator manually shears the operation, the efficiency is low, and the dependence on the operator is strong. The cutting technology and proficiency of the personnel directly affect the quality of the product. Quality stability and output. Moreover, if the number of holes is large, 2 or even 3 people are required to meet the production schedule, which virtually increases the production cost.

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