Tapping and drilling machine for disc parts

Abstract

The invention provides an integrated tapping and drilling machine for disc-like parts, which includes a workbench, and is characterized in that a main transposition shaft is arranged on the workbench, and the bottom of the main transposition shaft is connected with a transposition motor. The two sides of the main transposition shaft are respectively equipped with a drilling machine and a tapping machine, wherein both the drilling machine and the tapping machine are fixedly connected to the main transposition shaft through a connecting arm. Driven by the transposition motor, the main transposition shaft The drilling machine and the tapping machine can be driven to realize transposition operation; the positioning and clamping components are used for clamping and realizing the angle transformation of parts. The present invention aims at disc parts that need to be processed in batches, and can rapidly and fixedly process corresponding through holes or threaded holes on the end faces of the parts. The machine tool has high working efficiency and simple operation.

Description

technical field [0001] The invention mainly relates to the technical field of mechanical processing and manufacturing, in particular to an integrated tapping and drilling machine for disc parts. Background technique [0002] When drilling and tapping the end face of some disc parts such as flanges, it is generally realized by a CNC drilling machine or an ordinary drilling machine. Although the CNC drilling machine has high work efficiency, its cost is extremely high, and not all processing companies can afford to buy it at a high cost. However, when drilling with an ordinary drilling machine, since the end face of the general disc needs to process multiple circumferentially uniform threaded holes or through holes at the same time, it is necessary to first mark the end face of the disc-like parts in traditional processing, and then adjust the position of the workbench, through The drilling machine drills holes one by one, and the position of each hole needs to be adjusted se...

AI Technical Summary

Problems solved by technology

Although the CNC drilling machine has high work efficiency, its cost is extremely high, and not all processing companies can afford to buy it at a high cost.

However, when drilling with an ordinary drilling machine, since the end face of the general disc needs to process multiple circumferentially uniform threaded holes or through holes at the same time, it is necessary to first mark the end face of the disc-like parts in traditional processing, and then adjust the position of the workbench, through The drilling machine drills holes one by one, and the position of each hole needs to be adjusted separately, so the processing efficiency is extremely low. At the same time, when tapping is required, the drill bit is generally replaced after the through hole is processed, and then tapped one by one. , for the operator, the labor load is large and the efficiency is low

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