With the development of industry, a laser cutting machine has become an advanced technology for modern applications in the processing industry, and its area will gradually mature. Now, the application advantage of technology in metal metal processing technology is about to appear. It can optimize the processing technology and shaping processing of exquisite handicrafts, and effectively process the processing time to improve the processing effect. At the same time, it can also process a large number of finished products. The gold processing industry creates processed economic products. Therefore, in the operation, the application of laser cutting technology in sheet metal processing should be continuously strengthened, and the role of this technology should be exerted manually.

Overview and principles of laser cutting technology in sheet metal processing.

Laser is a kind of coherent light with extremely high energy density and strong performance, and laser cutting technology is a processing technology derived from the foundation, and is an advanced technology and process for materials in metal processing. The main application principle is to concentrate the high-power, high-power processing laser on a certain point on the surface of the relevant material needed in the thin gold, and then it may be quickly converted from light energy to heat energy, and the material is processed. Technology has very advanced application advantages in sheet metal processing operations.

Application of laser cutting technology in sheet metal processing

1. Application advantages

The traditional sheet metal processing technology mainly includes cutting, bending, punching, etc., but in actual use, it is often necessary to use mold processing to start processing. It needs to consume its own processing time and cost, and it can also be obtained in terms of cost and quality. The exact guarantee, coupled with the timely supplement of the needs of modern industrial production. The application of laser cutting technology in sheet metal processing effectively receives the deficiencies in the processing technology, and at the same time adapts to the needs of modern production. Application advantages are mainly manifested in:

1) There is absorption optimization process, which reduces the difficulty and intensity of work. Laser cutting technology reduces the use of molds and reduces the time for replacement. Through the application of the laser cutting machine, the workpiece can be welded directly to the cutting gold processing workpiece, and the processing method from "casting" to "welding" is optimized, and the processing technology is optimized at the same time, which reduces the processing difficulty while reducing the product processing. , Processing intensity. The use of, can promote the smooth expression of product development and design work, and effectively reduce the time of its application, thereby providing a convenient precondition for the research of new products. This technology can be used to find the product manufacturing cycle and strictly control all dimensions, so as to facilitate the smooth production of large model projects in the future.

2) There are advanced aids to improve processing efficiency and processing quality. Laser cutting technology is a very very process technology. Through the process technology analyzed by the processing principle, high-precision, fast and accurate cutting technology can be realized. Reduce processing time, and in sheet metal processing, it is usually formed at one time, which improves the utilization rate of materials and improves efficiency. In addition, because the laser cutting technology has the characteristics of slitting resources, exquisite density, and deep partial processing. , And quickly complete the cutting operation, therefore, while processing efficiency, it can also improve the quality of the processing purpose, so as to further use to provide processing quality assurance. Therefore, in sheet metal processing, the advantages of laser cutting technology should be fully utilized, and the processing work will begin soon.

3) Reduce processing costs. In the actual application of laser cutting technology, it will effectively use the advantages of programming software to strictly and effectively control the application of related processing materials, and increase the use rate of thin materials, so as to achieve the optimization of plate materials and reduce waste. At the same time, it can also reduce the number of clamping and configure processing. Therefore, when performing sheet metal processing operations, supplementary process programming should be improved for the processing of thin-sheet materials. Related software, and give full play to its optimal layout function, play its most effective layout function, apply a wide range of cutting and reduce clamping, in order to successfully complete sheet metal processing operations. For example, the "flying" optical path in the laser cutting machine used in Switzerland instantly reduces the clamping of materials, avoids the emergence of processing dead zones, and its processing speed is also very good.

2. Practical application

Application of laser cutting machine

The application of laser cutting technology in sheet metal processing is done by laser cutting machines. In order to meet the needs of the industrial production situation in the new era, laser cutting machines have continued to develop with the continuous update of this technology. In the laser, a laser cutting machine can be used to focus the laser beam on a certain point on the surface of the sheet metal processing material, and use the converted heat energy to perform fine processing operations. In the sheet metal processing process, the laser cutting machine can be used to realize the collection control, and the processing and processing raw materials are controlled within a reasonable range, so as to prepare for the processing of large quantities of products and the production of products. Therefore, during production and processing, various industries should continue to improve the application of laser cutting machines, select the appropriate laser cutting machine according to actual processing needs, and ensure the performance of the machine's machine tool host, laser and control system, and use it in formal use. Carry out application tests beforehand, so as to improve the processing efficiency and quality, while continuously enhancing the company’s market equipment. Such as the use of laser processing laser machine for sheet metal work. 

Application of related technologies

With the innovation and development of laser cutting technology, automated laser cutting technology has now been realized. Therefore, in the appropriate sheet metal processing technology, making full use of this operation can also improve related automation systems, such as computer network control technology And so on, so as to further improve the automatic control function of the processing process, and effectively improve the processing efficiency and processing quality. In fact, candy laser cutting technology is needed to realize the integrated operation of optical, mechanical and electrical, such as using focus position control technology and cutting technology to perform efficient cutting, welding, and drilling operations on crystal processing to improve the quality of shiny gold processing.

In summary, laser cutting technology has strong application advantages in sheet metal processing, which can simplify processing, shorten the research cycle of new products, improve work efficiency, and reduce processing cost consumption, thereby helping enterprises create It is just right to produce more sheet metal processing with multiple responses. Therefore, in actual processing, the advantages and characteristics of laser processing technology in sheet metal processing can also be used, and its utilization rate can be continuously improved, so as to process more reply meanings, and further develop the childhood industry of childhood. The foundation has continuously developed the childhood and social life of a generation and created growth.