Automatic finishing device for metal product production

Abstract

The invention discloses an automatic finishing device for metal product production. The automatic finishing device comprises an operation desk, a control panel, box doors, a discharge outlet, air outlets, a feed inlet, a top cover, a finishing cylinder, a stirring rod, stirring blades, a filter screen, a waste cylinder, a motor, and a bottom plate. The automatic finishing device has the advantages that the control panel is arranged on the operation desk, the motor is mounted below the stirring rod, and accordingly the control panel can control the operation speed of the motor so as to control the finishing degree of rubber; one side of the finishing cylinder is provided with the discharge outlet, the cylinder wall on the other side of the finishing cylinder is provided with the filter screen, the waste cylinder is mounted below the filter screen, and accordingly sheared waste rotates in the finishing cylinder at high speed, passes the filter screen and falls into the waste cylinder when the rubber is finished in finishing cylinder, and the sheared rubber falls to the bottom of the finishing cylinder under gravity and is discharged through the discharge outlet; the bottom of the finishing cylinder is provided with a bottom plate, springs are mounted below the bottom plate, and accordingly the whole device has a damping effect; the device is high in finishing efficiency and good in finishing effect.

Description

technical field [0001] The invention relates to a trimming device, in particular to an automatic trimming device for metal product production, and belongs to the application field of trimming devices. Background technique [0002] The trimming device is a trimming device with strong motor movement, which is used for wood chamfering, metal trimming, and strip edge grinding. Also called chamfering machine. [0003] However, most of the existing rubber products are edited by hand and frozen. Manual editing is the most primitive editing method, which has low efficiency and difficult quality assurance, especially for complex configurations and high precision requirements. The product is difficult to be thorough and clean, and it is easy to damage the connection between the product body and the overflow edge, often leaving tooth marks and gaps, resulting in oil leakage, air leakage and other sequelae that affect the seal. In addition, manual editing is also very dependent on ope...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing rubber products are edited by hand and frozen. Manual editing is the most primitive editing method, which has low efficiency and difficult quality assurance, especially for complex configurations and high precision requirements. The product is difficult to be thorough and clean, and it is easy to damage the connection between the product body and the overflow edge, often leaving tooth marks and gaps, resulting in oil leakage, air leakage and other sequelae that affect the seal

In addition, manual editing is also very dependent on operating proficiency. Freezing editing uses liquid nitrogen to cool down, which greatly increases the operating cost of editing, wastes resources, and the efficiency of freezing editing is not high, thereby reducing Market Competitiveness

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