Warm forging control method and die system for metal components

Abstract

A metal part warm forging control method comprises the steps that a metal wire or a metal stick is provided, the metal wire or the metal stick is cut to form a metal blank, a first heating unit, a second heating unit and a third heating unit are used for heating a first die unit to first forging temperature, heating a second die unit to second forging temperature and heating a third die unit to the first forging temperature or the second forging temperature, so that the first forging temperature, the second forging temperature and third forging temperature can be controlled accurately, first-time warm forging is carried out on the metal blank by using the first die unit at the first forging temperature and the stamping forging of the third die unit to form a primary forging metal blank, and second-time warm forging is consecutively carried out on the primary forging metal blank by using the second die unit at the second forging temperature and the stamping forging of the third die unit to form a secondary forging metal blank.

Description

technical field [0001] The present invention relates to a metal component warm-forging control method and its mold system; especially a metal component automatic (automatically) warm-forging control method and its mold system. Background technique [0002] Known screw forming systems, such as the new patent of "Screw forming machine with sensing die pressure" in Taiwan Patent Announcement No. M374927, discloses a screw forming machine, which is provided with a pressure sensing device and a pressure sensing device on a die device. A computing device, the computing device is connected to the pressure sensing device. The pressure sensing device has at least one sensing part, which is arranged on the die device, and the sensing part directly faces the punch of the die device, so that when a blank is subjected to the action of the punch, the sensing part will The impact force on the blank can be directly sensed by the sensor after being transmitted through an adjustment seat of ...

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Problems solved by technology

[0007] The main purpose of the present invention is to provide a metal member warm forging control method and its mold system, which uses a first heating unit to heat a first mold unit to a first forging temperature, and then uses a second heating unit to heat a first Two mold units to a second forging temperature, and a third heating unit is used to heat a third mold unit to a first forging temperature or a second forging temperature, so as to perform a continuous warm forging operation at different temperatures to form a Metal components, in order to achieve the purpose of continuous warm forging metal alloy materials, to improve the problem that the known metal component warm forging die system cannot accurately control different warm forging temperatures

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