Rotary swaging machine

Abstract

The invention discloses a rotary swaging machine which comprises a machine head and a main motor, wherein the machine head is arranged on a machine base, the main motor is arranged on one side of the machine head. The machine head comprises a barrel-shaped shell, an inlay ring is fixedly arranged in the shell, a separator with a supported hole is arranged at the center of the inlay ring along a central axis, a roller is arranged in the supported hole, a main shaft is arranged along the axis of the separator and connected with the main motor in a rotating way, a cross slide groove is arranged on the main shaft in the radial direction, a forging die in a four-disc die structure is arranged at the center of the cross sliding groove, a forging hammer is arranged in the cross sliding groove, and the forging die has a square cross section. The rotary swaging machine has the advantages of reasonable design, novel structure, reliable working performance, little vibration, low noise and wide processing range and can be used for processing bar materials of non-ferrous metal and rare earth material at a cold state 6b<= 650 MPa and forging of steel wire ropes.

Description

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AI Technical Summary

Benefits of technology

This new type of machinery uses special tools that work better than older machines without being affected by environmental factors like temperature or humidity. It also works well at very high temperatures while still producing less noisy energy compared to previous designs. Overall, this technology makes it possible to process these types of material more efficiently and effectively over time.

Problems solved by technology

The technical problem addressed in this patented text relates to existing smaller or more efficient machine tools that are limited by their size and lacking flexibility during operation due to limitations like low work area, difficulty with part handling techniques, high levels of vibrations caused by these devices' movements on floor surfaces around them.

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