Numerical control side face drilling and tapping machine tool

Abstract

The invention discloses a numerical control side face drilling and tapping machine tool. The numerical control side face drilling and tapping machine tool comprises a machine base. A work panel is arranged on the surface of the machine base. The numerical control side face drilling and tapping machine tool further comprises a spindle motor, a tapping motor, a driving X shaft, a driving Y shaft, a driving Z shaft and a controller. The driving X shaft is arranged on the surface of the machine base and is parallel to the work panel. The driving Y shaft is perpendicularly arranged on the surface of the driving X shaft in the vertical direction through an X shaft supporting seat. The driving Z shaft is perpendicularly arranged on the surface of the driving Y shaft through a Y shaft supporting seat. The spindle motor and the tapping motor are arranged on the driving Z shaft in parallel and are parallel to the driving Z shaft, wherein the distance between the machine shafts is larger than the thickness of a machined face. A downward pressing block is arranged on the side, close to the driving X shaft, of the surface of the work panel, and a positioning bar is arranged on the side edge adjacent to the downward pressing block. The spindle motor, the tapping motor, the driving X shaft, the driving Y shaft and the driving Z shaft are connected with the controller. According to the numerical control side face drilling and tapping machine tool, automatic and accurate side face drilling and tapping are conducted on a machined workpiece at the same time, the labor cost is effectively reduced, and the machining efficiency and quality are improved.

Description

technical field [0001] The invention relates to the field of drilling processing equipment, in particular to a numerically controlled side drilling and tapping machine tool. Background technique [0002] In the machining industry, whenever various materials are processed to combine a box, a bracket, a mechanical module, or even a complete set of automated mechanical equipment or assembly line, it is always inseparable from drilling and tapping on the side of the material. At present, this process still uses a manual drilling and milling machine to drill the coordinates, and even uses the traditional fitter to mark the line and manually use a hand drill to drill the side of the hole, and then manually tap the teeth. The production efficiency is low, and the quality depends entirely on the worker's technical level. Many times in the above operations, if you are not careful, there will be accidents such as broken drill bit, broken wire tapping, etc., which will lead to the scr...

AI Technical Summary

Problems solved by technology

However, manual vertical drilling and milling machines are used to drill holes, especially manual electric drills. Due to low speed or low spindle precision, only ordinary drills or white steel drills can be used for drilling. This kind of drill is not sharp enough and the chip removal is poor. Therefore, Drilling diameter is generally too large, it is difficult to control the accuracy

In addition, often due to clamping problems, the drilling hole is deflected and the wall is broken.

In the vast mechanical processing industry, there are already various CNC machine tools such as milling, turning, drilling, stamping and cutting, etc. to perfectly process the front or back of the parts, but the final assembled machine is not easy because of the mounting screw holes on the side. The overall accuracy is affected by manual processing

Therefore, the equipment performance of the original design concept is subject to many restrictions.

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