Multifunctional machining center

Abstract

The invention discloses a multifunctional machining center which comprises a main shaft rack and a movable rack; a rotating main shaft arranged on the main shaft rack is connected with a driving mechanism; a clamping component of a cutter or a workpiece is arranged on the rotating main shaft or the movable rack; the movable rack comprises a longitudinal and transverse translation mechanism and a first-group rotating translation mechanism; the longitudinal and transverse translation mechanism consists of a first carriage and a second carriage that are fixed in a mutually perpendicular manner; the first-group rotating translation mechanism consists of a first rotary shaft and a third carriage; a rotary shaft base of the first rotary shaft is connected with the second carriage; the third carriage is connected with a rotating shaft of the first rotary shaft; and the clamping component is arranged on the third carriage. X-axis translation and Y-axis translation of the whole movable rack are realized through the longitudinal and transverse translation mechanism, the first-group rotating translation mechanism can allow the clamping component to carry out rotation and translation according to the relative positions of the cutter and the workpiece, and simply by replacing different cutters, various machining technologies like trimming, grinding, polishing and rolling in various positions of the workpiece can be realized.

Description

technical field [0001] The invention relates to a multifunctional machining center, in particular to a machining center capable of edge trimming, grinding, polishing, rolling and other processes for workpieces of various shapes. Background technique [0002] Usually, the processing of metal utensils needs to go through many processing procedures before it can be finally formed, such as casting or stretching, edge trimming, rolling, grinding, polishing, folding, etc. These processes are now completed by special equipment, but these special equipment only It can be processed for some or one shape of the workpiece. Since the versatility of special equipment is poor, if the workpiece to be processed is changed, it may be necessary to modify the mold or fixture required by the special equipment, or even need to replace the special equipment. If the manufacturer wants to process and produce different workpieces, it may need to prepare a large number of special equipment and produ...

AI Technical Summary

Problems solved by technology

[0002]Usually, the processing of metal utensils needs to go through many processing steps to form the final shape, such as casting or stretching, trimming, rolling, grinding, polishing, folding, etc., These processes are now completed by special equipment, but these special equipment can only be processed for certain or one shape of workpieces. Due to the poor versatility of special equipment, if the workpiece to be processed is changed, special equipment may be required. The required molds or fixtures are modified, and even special equipment needs to be replaced

For manufacturers who want to process and produce different workpieces, they may need to prepare a large number of special equipment and production molds, which will cause excessive investment

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