Full-automatic nut forging machine

Abstract

The invention discloses a full-automatic nut forging machine which comprises a forging bed, wherein a cabinet of the forging bed is provided with an upsetting station, a molding station, a punching station and a material receiving station; the forging bed is also provided with an upsetting mold, a shaping mold and a punching mold; the side edge of the cabinet is provided with a material receivingmachine and a heating furnace, a discharge pipe of the heating furnace is connected with a material receiving nozzle of the material receiving machine, the material receiving machine is also in movable butt joint with a material moving mechanism at the front end of the cabinet; the heating furnace is used for heating a nut blank; the discharge pipe is used for overturning the nut blank by 90 degrees; the material receiving machine is used for horizontally pushing the overturned nut blank to the butt joint position with the material moving mechanism; the material moving mechanism is provided with four material clamping components, drives the material clamping components to synchronously move, horizontally transfers the nut blanks/nuts on the butt joint position of the material receiving machine, upsetting station, molding station and punching station to the upsetting station, the molding station, the punching station and the material receiving station, and is matched with the forging bed to complete upsetting, molding, punching and material receiving.

Description

technical field [0001] The invention relates to the field of metal forging equipment, in particular to a fully automatic nut forging machine. Background technique [0002] A nut, also known as a nut, is a fixing tool with a hole in the center and threads on the inside of the hole. In the prior art, die forging is often used for the forming of nuts. However, there are deficiencies in the existing forming machines for forming nuts: first, the existing nut forging forming machines lack a matching transplanting manipulator, and the transplanting speed is slow, so that the heating process is carried out from the front section to the back section The forging process time is too long, so that the temperature of the nut blank material drops sharply, which affects the quality of the forged nut in the later stage; second, the existing nut is processed in steps and uses multiple processing machines for processing, so multiple different processing machines are required. Functional pro...

AI Technical Summary

Problems solved by technology

However, there are deficiencies in the existing forming machines for forming nuts: first, the existing nut forging forming machines lack a matching transplanting manipulator, and the transplanting speed is slow, so that the heating process is carried out from the front section to the back section The forging process time is too long, so that the temperature of the nut blank material drops sharply, which affects the quality of the forged nut in the later stage; second, the existing nut is processed in steps and uses multiple processing machines for processing, so multiple different processing machines are required. Functional processing equipment for processing, so that the nut forging production line has a complex structure, a large footprint, and high equipment costs

[0003] Therefore, under the situation that a better technical solution has not been proposed to solve the above-mentioned problems in the related art, the market urgently needs a kind of fully automatic nut forging machine for solving the above-mentioned technical problems

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