Thin gasket punch forming device

Abstract

The invention discloses a thin gasket punch forming device. Long bar-shaped materials are supplied to a punch die of the device, so as to facilitate punch cut of the materials and forming of the materials to be a thin gasket, and the thin gasket via forming is completely unconnected with an original long bar-shaped material crack; the punch die for inlet of the long bar-shaped materials is in the structure of a small seam, up-down spacing of the small seam is 2 times or less than 2 times as much as the thickness of the long bar-shaped materials, the method for the thin gasket via forming to remove from the punch die is that, an original place, which is in punch cut, of the original long bar-shaped material is used to receive the thin gasket, under the action of one-side feeding and another-side material returning of the punch die, the thin gasket is taken out of the punch die in a sequential way.

Description

technical field [0001] The invention relates to a thin gasket stamping and forming device. A stamping die in the device punches and cuts long strip materials into a thin gasket. The material of the thin gasket can be metal or nonmetal. Background technique [0002] The current production of thin gaskets is mostly made by stamping dies through punching machines, and the punched finished products are directly punched into the finished product storage box under the stamping dies. If the thin gaskets need to be neat and When directional arranging, it is often necessary to manually take out the thin gaskets that have fallen into the finished product storage box one by one, and arrange them one by one. The size of industrial precision thin gaskets is 3 mm in diameter and less than 0.05 mm in thickness, and there must be no collision or clamping scars on the thin gaskets, so it is often difficult to operate the entire array and reduce production efficiency. All kinds of troubles c...

AI Technical Summary

Problems solved by technology

[0002] The current production of thin gaskets is mostly made by stamping dies through punching machines, and the punched finished products are directly punched into the finished product storage box under the stamping dies. If the thin gaskets need to be neat and When directional arranging, it is often necessary to manually take out the thin gaskets that have fallen into the finished product storage box one by one, and arrange them one by one. The size of industrial precision thin gaskets is 3 mm in diameter and less than 0.05 mm in thickness, and there must be no collision or clamping scars on the thin gaskets, so it is often difficult to operate the entire array and reduce production efficiency. All kinds of troubles caused by low and defective products

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