cnc processing system

Abstract

The invention discloses a CNC processing system, which continuously feeds materials into the CNC processing system through a feeding device; and then uses a first grabbing device to grab a workpiece to be processed to a first CNC machine tool for processing. After processing, Through the first grabbing device, the processed workpiece is placed in the cleaning device through the operation port for cleaning, so as to ensure that the workpiece is clean and clean before entering the CNC machine tool in the next process, and avoid residues that affect the assembly of the workpiece. Clamp is beneficial to improve the precision of CNC machining. Since the CNC processing system is fully automated and controlled, it completely replaces manual operations, thus greatly improving the cleaning efficiency and cleaning quality of workpieces. At the same time, it also effectively prevents debris or cutting fluid from splashing in the eyes, which is conducive to ensuring the personal safety of operators. The cleaned workpiece is grabbed by the second grabbing device, the third grabbing device and the press-fitting device to the third CNC machine tool. In this way, the stable and continuous operation of the CNC machining system is guaranteed.

Description

technical field [0001] The invention relates to the technical field of numerical control machine tool processing, in particular to a CNC processing system. Background technique [0002] CNC (Computerized Numerical Control translated as computer numerical control technology) processing is computerized digital control precision machining, which controls the Cartesian position coordinates of the machining tool of the CNC machine tool through the CNC machining language, and controls the feed speed and spindle speed of the tool. The workpiece is processed. [0003] Since the angle and depth of the workpiece installed on the machine tool fixture are clearly defined, the processed workpiece must be cleaned before entering the lower CNC machine tool. In the traditional CNC machining process, manual cleaning is usually used. The operator blows off the debris and cleaning fluid on the workpiece through a high-pressure gun, then puts the workpiece into the cleaning container to soak, ...

AI Technical Summary

Problems solved by technology

In the traditional CNC machining process, manual cleaning is usually used. The operator blows off the debris and cleaning fluid on the workpiece through a high-pressure gun, then puts the workpiece into the cleaning container to soak, and finally puts the cleaned workpiece into the drying machine. Dry the workpiece in the box or directly dry the workpiece with an air gun. Since there is no protective measure during the cleaning process, the blown cleaning fluid and debris splash around, resulting in a harsh environment in the production workshop; at the same time, during the cleaning process, the cleaning fluid And debris can easily splash into the eyes of the operator, causing the operator's eyes to become swollen or even blind; in addition, due to the manual operation throughout the cleaning process, the cleaning efficiency of the workpiece is reduced, which seriously affects the CNC machining efficiency; at the same time , also lead to a serious decline in the quality of workpiece processing

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