Laser machining center

Abstract

The invention discloses a laser machining center which comprises a control system, a laser device, an optical path system, a machining tool, a concentrator system, a laser cutter bit, a gas source and a waste receiving device. The laser cutter bit is movably mounted on the machining tool. The optical path system is connected between the laser device and the laser cutter bit. A protective gas nozzle is arranged in the laser cutter bit and communicated with the gas source. The concentrator system is located between the optical path system and the laser cutter bit. The waste receiving device is located below the laser cutter bit, and the laser device and the machining tool are both in communication connection with the control system. The laser machining center is high in working efficiency and machining precision, capable of saving energy and environmentally friendly.

Description

technical field [0001] The invention relates to the field of mechanical processing, in particular to a laser processing center. Background technique [0002] With the advancement of technology, the methods and means of parts processing are becoming more and more diversified. The methods of processing and forming mechanical parts can be divided into two categories from the basic idea. One is the traditional method of gradually removing materials from the whole and finally obtaining finished products. Parts, such as traditional turning, milling, drilling, grinding, planing, etc.; the other is from the perspective of discrete addition, adding materials layer by layer to accumulate the required parts, such as various rapid prototyping methods, sls, lom, fdm, etc. , People follow two kinds of ideas, or combine the two kinds of ideas, and develop various new mechanical processing and forming equipment, such as EDM, wire cutting technology, laser cutting, water jet cutting technolo...

AI Technical Summary

Problems solved by technology

[0005] In the machining industry, in the cutting of metal parts or other materials, some materials are particularly difficult to process, such as high-temperature alloys and ceramic materials in the aviation manufacturing industry. The tool life is low during processing, and the cutting quality is not easy to guarantee. , if high-energy lasers can be used to replace traditional cutting tools, it can solve the problems of high cutting tool consumption and cutting heat and cutting force affecting processing quality, and can process materials that are difficult to process by traditional cutting methods, such as glass, ceramics, etc.

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