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Deutsch(1) Use of programming software to improve laser cutting effectiveness. Laser cutting can effectively use the advantages of programming software to greatly improve the utilization of thin-plate-type materials, and reduce the use and waste of materials while reducing the labor intensity and strength of workers to achieve the desired results. On the other hand, this functionality of optimized nesting allows for the omission of the opening link for thin sheet cutting, effectively reducing the clamping of material and reducing the time spent on processing aids. Thus, leading to a more rational arrangement of cutting solutions, effectively improving processing efficiency and material savings;
(2) Save the product development cycle and realize batch production of sheet metal parts. In an increasingly developing market environment, the speed of product development means the market. The application of laser cutting machines can effectively reduce the number of molds used, save the development cycle of new products, and promote the speed and pace of their development. The good quality of the parts after laser cutting and the obvious increase in production efficiency contribute to the production of small batches and strongly guarantee the market atmosphere where the product development cycle is shortening day by day, while the application of laser cutting can make precise positioning of the size of the drop die, paving a solid foundation for future mass production;
(3) Reducing sheet metal processing procedures and production costs. Therefore, the application of laser cutting machine reduces the process and working period, effectively improves the working efficiency, optimizes and reduces the labor intensity and processing cost of workers, promotes the optimization of the working environment, greatly improves the speed and progress of research and development, reduces the investment in tooling, and effectively reduces the cost. the cost reduction;
Laser-cutting technology has a long effective life, and most of the plates beyond 2mm thickness are currently laser cut at home and abroad. The market is within 20mm carbon steel plate, 10mm stainless steel plate and acrylic, wood panels and other non-metallic data cutting commonly used laser cutting.
As an important technology in modern sheet metal processing, laser cutting technology uses high-energy laser beams to cut metal sheets to achieve high-precision, high-efficiency and high-quality processing. Laser cutting machines have a wide range of applications in sheet metal processing and bring many advantages.
First of all, laser cutting machines are widely used in sheet metal processing. Whether it is thin or thick plate, whether it is a simple flat part or a complex three-dimensional shape, the laser cutting machine can meet various needs. It can cut a variety of metal materials, including steel, stainless steel, aluminum alloy, copper, etc., making it widely used in automobile manufacturing, aerospace, electronic equipment and other industries.
Secondly, laser cutting machines have high-precision and high-quality processing capabilities. The heat-affected zone of the laser beam is very small, which can achieve micron-level cutting accuracy and maintain the flatness and smoothness of the material surface. At the same time, laser cutting machines are able to cut without introducing excessive stress and deformation, ensuring the geometric and dimensional accuracy of the processed parts.
Third, the laser cutting machine has high efficiency and fast processing speed. Laser cutting is a non-contact processing method that does not require any physical contact, so continuous cutting can be performed quickly. Moreover, the laser cutting machine adopts a computer control system, which can realize automatic operation and batch processing, and greatly improve production efficiency.
In addition, laser cutting machines are also characterized by flexibility and adaptability. By adjusting the parameters of the laser beam, cutting of different materials can be achieved, including metal sheets of different thicknesses and hardnesses. Moreover, the laser cutting machine can also cut complex shapes, such as round holes, special-shaped holes and various internal and external contours, to meet various design requirements.
The high precision, high-quality processing capability, high-efficiency production speed, flexibility and adaptability of the laser cutting machine make it one of the key technologies of modern sheet metal processing.
