Metal plate stamping die

Abstract

The invention discloses a metal plate stamping die. The metal plate stamping die comprises a top box. The top box is internally and fixedly provided with a through cavity in an up-down through mode. The lower end wall of the through cavity internally communicates with a bottom cavity. The through cavity is internally provided with an upper die blanking device used for blanking. The left side of the top box is provided with a driving device used for driving the upper die blanking device to operate. The bottom cavity is internally provided with a lower die blanking device matched with the upperdie blanking device for use. The right side of the lower die blanking device is provided with a recovery device located in the bottom cavity and used for containing waste materials. The metal plate stamping die is simple in structure. A motor drives a threaded rod to drive related structures to move to enable a limiting structure abutting against a material to accurately move to the designated location, so that the material is accurately cut. Moreover, under the action of a related driving structure, a guide groove tool block conducts oblique cutting to achieve the purpose of omitting a hydraulic system for driving the equipment structure, the production cost of equipment is reduced, and the personnel security coefficient is increased.

Description

technical field [0001] The invention relates to the technical field of sheet metal stamping dies, in particular to a sheet metal stamping die. Background technique [0002] The traditional sheet metal stamping die uses the upper and lower dies under the action of the press to realize the punching process using the upper and lower dies to realize the cutting of the sheet. In this process, there are many safety hazards and some technical problems, such as: punching During the process, it is necessary to pre-calculate the cutting allowance by using a measuring tool with low measurement accuracy such as a tape measure, and then drive the relevant mechanical structure to run, so that the relevant structure can move to the specified position to achieve a certain size of punching, and during the punching process, the installation The mold is very inconvenient, which increases the safety hazards of personnel. When the hydraulic system is used to drive the relevant structures for bla...

AI Technical Summary

Problems solved by technology

[0002] The traditional sheet metal stamping die uses the upper and lower dies under the action of the press to realize the punching process using the upper and lower dies to realize the cutting of the sheet. In this process, there are many safety hazards and some technical problems, such as: punching During the process, it is necessary to pre-calculate the cutting allowance by using a measuring tool with low measurement accuracy such as a tape measure, and then drive the relevant mechanical structure to run, so that the relevant structure can move to the specified position to achieve a certain size of punching, and during the punching process, the installation The mold is very inconvenient, which increases the safety hazards of personnel. When the hydraulic system is used to drive the relevant structures for blanking, the overall cost of the equipment increases due to the high price of the hydraulic system, which greatly increases the factory's maintenance and purchase of equipment. expenditure

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