Dotting machine for numerical control flat plate

Abstract

The invention discloses a dotting machine for a numerical control flat plate, which is provided with an external computer control device and a rectangular worktable, wherein guide rails are respectively arranged on a pair of opposite surface sides of the rectangular worktable; a portal frame moves on the rectangular worktable through the guide rails to finish moving and positioning of one stroke; guide rails are arranged on a cross beam of the portable frame; a dotting machine head moves on the guide rails to finish moving and positioning of another stroke; a guide rail perpendicular to the plane of the worktable is arranged on the dotting machine head; and the dotting machine head moves on the guide rail to finish dotting work. A rack type is applied to the movement and the step control of the two processing strokes of the machine; and a worm type is applied to up-down movement of the dotting head. Two positioning plates which are perpendicular to each other are arranged on the rectangular worktable of the dotting machine. Compared with a traditional processing method, the equipment has the advantages of specialization in processing, high speed, convenience and quickness in clamping and low manufacturing cost; and meanwhile, the precision and the quality can be ensured, and the dotting machine is suitable for being generally used in various small and medium-sized enterprises.

Description

technical field [0001] The invention relates to a numerically controlled machining equipment, in particular to a numerically controlled flat plate punching machine used for machining the numerically controlled flat plate. Background technique [0002] In the processing and manufacturing of flat plates in the machinery industry, the processing speed and processing quality of each processing procedure have always been the key to the overall quality and progress of the plates. At present, in the process of flat plate processing, there are generally bottlenecks in the processing of porous workpieces. In the process of traditional flat plate processing, the fitter generally needs to process various holes on the flat plate in the early stage, and the determination of the hole position depends entirely on the master fitter using the traditional platform to mark the line mark with a scribe height gauge, and then punch it with a sample. Doing, this kind of process has large processin...

AI Technical Summary

Problems solved by technology

In the current mechanical processing industry, CNC milling machines are often used for dotting. The use of this equipment has the advantages of high precision and fast processing, but the cost of this equipment is relatively high, especially for large-stroke CNC milling machines. The investment is not small. The processing enterprises can bear it, but the small-stroke CNC milling machine cannot meet the requirements of processing large plate workpieces

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