A vertical CNC drilling and milling machine tool

Abstract

The invention discloses a vertical type numerical-control drilling and milling machine tool which comprises a lathe bed (1), a stand column (2), a work table (3), an orthogonal carriage (01), an X slide seat pair (4), a Y slide seat pair (5) and a Z slide seat pair (6). With the adoption of the machine tool consisting of the lathe bed, the stand column, the work table, the orthogonal carriage, the X slide seat pair, the Y slide seat pair and the Z slide seat pair, during working, the X slide seat pair and the Y slide seat pair pass the orthogonal carriage and drag the work table carrying workpieces to perform target-seeking movement of a plane coordinate track; the Z slide seat pair carries a spindle motor and a cutting tool to perform vertical target-seeking movement perpendicular to coordinates, and the technical scheme of drilling, tapping and milling is performed; and accordingly, the defects that in prior art, the cost is high and the efficiency is low are overcome, and the machining of drilling, tapping and milling hole, groove, mortise and rail structures of workpieces achieves the purposes of cost reduction and efficiency improvement.

Description

technical field [0001] The invention relates to a numerically controlled cutting machine tool, in particular to a vertical numerically controlled drilling and milling machine tool specially used for drilling, tapping and milling on workpieces. Background technique [0002] During equipment manufacturing and processing, such as injection molds, it is necessary to drill, tap, and mill a large number of through holes, blind holes, threaded holes, stepped counterbores, and grooves, tenons, tenons, and slide rails of various shapes on the workpiece. , chute and other hole groove tenon rail structures, the existing technology uses CNC machining center to perform drilling, tapping and milling of hole groove tenon rail structure while processing workpiece surface structure, because CNC machining center is a kind of general and expensive cutting processing equipment , the man-hour cost of the CNC machining center is high and the efficiency of drilling, tapping and milling is low. The...

AI Technical Summary

Problems solved by technology

[0002] During equipment manufacturing and processing, such as injection molds, it is necessary to drill, tap, and mill a large number of through holes, blind holes, threaded holes, stepped counterbores, and grooves, tenons, tenons, and slide rails of various shapes on the workpiece. , chute and other hole groove tenon rail structures, the existing technology uses CNC machining center to perform drilling, tapping and milling of hole groove tenon rail structure while processing workpiece surface structure, because CNC machining center is a kind of general and expensive cutting processing equipment , the man-hour cost of CNC machining center is high and the efficiency of drilling, tapping and milling is low. Therefore, the existing technology has the problems and deficiencies of high cost and low efficiency.

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