Six-station flexible processing equipment and method for processing work piece

Abstract

The invention discloses six-station flexible processing equipment and a method for processing a work piece. The processing equipment comprises a turntable seat (7) which is arranged on a fixed base, a rotatable round turntable (8) which is arranged on the turntable seat, as well as a loading and unloading station (1), a face milling station (2), a drilling station (3), a heavy boring station (4), a fine boring station (5) and a tapping station (6) which are arranged around the round turntable, wherein the loading and unloading station (1) is arranged on the round turntable (8), and the face milling station (2), the drilling station (3), the heavy boring station (4), the fine boring station (5) and the tapping station (6) are arranged at the periphery of the round turntable. According to the six-station flexible processing equipment and the method for processing the work piece, multiple manufacturing procedures, such as milling, drilling, boring, chamfering and tapping, can be completed under the once clamping condition, so that the manufacturing procedures are all completed, and a finished product with high product precision and good quality stability is directly obtained. The six-station flexible processing equipment and the method for processing the work piece are particularly suitable for processing large-batch small parts, in particular connecting rod type parts.

Description

technical field [0001] The invention relates to the technical field of mechanical processing equipment and a processing method thereof, in particular to a special processing equipment capable of continuously operating a workpiece to six stations to realize continuous processing of different parts of the workpiece and a method for processing the workpiece. Background technique [0002] For the mechanical processing of large quantities of small connecting rod parts in the machinery industry, there are mainly three traditional processing methods: the first is to use multiple processing centers to form an assembly line for processing. Due to the use of multiple machining centers to form an assembly line for processing, it not only requires a large number of skilled workers and sites, but also has the problem that the workpiece is clamped multiple times and the repeat positioning accuracy is difficult to guarantee. The second is to use high-end CNC system processing with more tha...

AI Technical Summary

Problems solved by technology

This method uses PLC to directly control the motion controller, and then the motion controller controls the operation of the servo driver. It can meet the operating conditions of the six-station flexible processing unit, but it cannot guarantee the positioning accuracy and repeat positioning accuracy of the positioning axis. The technical requirements for six-station processing, and the cost of the control system is also relatively high

Images