Multidirectional die forging production line

Abstract

The invention relates to the technical field of forging, in particular to a multidirectional die forging production line. The multidirectional die forging production line comprises a raw material blanking station, a blank feeding station, an induction heating station, a water phosphorous removal station, a spraying-lubricating station, a forging station and a forge part transfer station which arearranged in sequence, wherein a saw cutting device and a material storage frame are arranged at the raw material blanking station, a hoisting device and an operating platform are arranged at the blankfeeding station, a medium-frequency induction heating furnace is arranged at the induction heating station, a V-shaped groove and a first material pushing air cylinder are arranged at a feeding portof the medium-frequency induction heating furnace, a phosphorous removal box is arranged at the water phosphorous removal station, a positioning roller and a phosphorous removal ring located above thepositioning roller are arranged in the phosphorous removal box, a feeding manipulator and a spraying manipulator are arranged at the spraying-lubricating station. The forging station is provided witha multidirectional die forging hydraulic press and a die, the forge part transfer station is provided with a blanking manipulator, a conveying chain and a blank forge part storage zone. The stationsof the multidirectional die forging production line are tight in arrangement, various forge parts can be continuously produced, unattended automatic control can be achieved, and the production efficiency is high.

Description

technical field [0001] The invention relates to the technical field of forging, in particular to a multi-directional die forging production line. Background technique [0002] At present, in the field of forging, forgings with complex forming structures are generally firstly formed into blanks, and then processed into parts through blanks. With the development of forging technology, multi-directional die forging can be used to directly forge some complex forgings that are hollow, with inner holes, or with bosses and branches on the surface. Forgings, this technology reduces the processing amount of parts and improves the comprehensive performance of forgings. However, most of the multi-directional die forgings are functionally modified on the original forging presses and production lines, and it is impossible to realize the continuous production of multi-type forgings. Production The efficiency is low, and it is not suitable for the production of multi-directional die forgin...

AI Technical Summary

Problems solved by technology

[0002] At present, forgings with complex forming structures in the forging field generally form blanks first, and process them into parts through blanks. With the development of forging technology, multi-directional die forging can directly forge some complex forgings that are hollow, with inner holes, or with bosses and branches on the surface. Forgings, this technology reduces the processing amount of parts and improves the comprehensive performance of forgings. However, most of the multi-directional die forgings are functionally modified on the original forging presses and production lines, and it is impossible to realize continuous production of multi-type forgings. Production Low efficiency, not suitable for producing multi-directional die forgings of various specifications

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