Sheet metal processing, which accounts for one-third of the world's metal processing, has a wide range of applications and is found in almost every industry. If the cutting process of the fine sheet metal is nothing more than laser cutting, plasma cutting, flame cutting, shearing, stamping, etc. In the meantime, laser cutting has been booming in recent years. In the field of sheet metal cutting, from micron-sized ultra-thin plates to tens of millimeters thick plates, perfect and effective cutting is possible. In a sense, laser cutting machines have brought about a technological revolution for sheet metal processing. Compared with the traditional cutting method, laser cutting is easier to understand and easy to learn, and has an absolute advantage in the processing effect and speed of the merchant's demand. Therefore, it is believed that the laser cutting machine will be the trend in the future.

The traditional processing methods of the sheet metal workshop include cutting, blanking and bending. Among them, the blanking process requires a large number of molds, and has the characteristics of less cutting and no cutting process. In the processing of a product, there are usually dozens of molds, and even some products may require hundreds of molds. From an economic point of view, with a large number of molds, the cost of the product increases correspondingly, resulting in waste of funds. In order to adapt to modern sheet metal processing, reduce production costs and improve processing technology, laser cutting technology came into being.

In a sense, laser cutting machines have brought a major technological revolution to sheet metal processing. Compared with the traditional cutting method, the laser cutting machine is more understandable and easy to learn, and has the absolute advantage in the processing effect and speed of the merchant's demand. Therefore, it is believed that the laser cutting machine is the trend in the future.

Laser cutting has the advantages of high precision, high speed, especially flexible processing (no need to open the mold), and becomes a sheet metal cutting, engineering machinery, saw blade cutting, grain machine machinery, textile machinery, agricultural machinery, computer chassis, electric cabinet, elevator The preferred processing method for manufacturing metal structural parts, etc., has a tendency to replace CNC punching, plasma cutting, and flame cutting equipment. Honglei Laser's cost-effective high-performance laser cutting machine is unique in the sheet metal industry and metal structural parts processing, and has been greatly favored by the processing workshop.

Fiber laser cutting machine has become a tool in sheet metal processing industry. Under the background of China's 2025 strategy, in the face of a new round of industrial revolution, "Made in China" will truly enter the golden age of policy. "Intelligent Manufacturing" is becoming a new direction and new trend in the transformation and upgrading of China's manufacturing industry.

With the application of laser cutting machine, the sheet metal processing technology has developed rapidly and brought revolutionary ideas to sheet metal processing. Laser cutting process and laser cutting machine equipment are being accepted by the majority of plate processing enterprises, and gradually replace traditional sheet metal cutting equipment with many advantages such as high processing efficiency, high processing precision, good cutting section quality and three-dimensional cutting processing. It is mainly based on numerical control equipment, including traditional sheet metal processing equipment such as shearing, punching, flame cutting, plasma cutting and high pressure water cutting. Laser processing technology has a very important position in sheet metal processing technology, which improves the labor productivity of sheet metal processing and promotes the development of sheet metal processing. The high degree of flexibility of the laser cutting machine can greatly reduce the processing cycle, the cutting speed is fast, the production efficiency is high, the processing precision is improved, and the development speed of the product is accelerated. These advantages are concerned by many manufacturing companies.

A laser cutting machine is a laser that emits laser light and is focused into a high power density laser beam through an optical path system. The laser beam is irradiated onto the surface of the workpiece to bring the workpiece to a melting point or boiling point, while the high-pressure gas coaxial with the beam blows away the molten or vaporized metal. As the beam moves relative to the workpiece, the * eventually forms a slit to achieve the cutting purpose. Laser cutting process replaces traditional mechanical knives with invisible beams. It has the characteristics of high precision, fast cutting, no restriction on cutting patterns, saving materials by automatic typesetting, smooth cutting, low processing cost, etc., and will gradually improve or replace traditional metal. Cutting equipment. The mechanical part of the laser cutter head has no contact with the workpiece, and it will not scratch the surface of the workpiece during operation; the laser cutting speed is fast, the slit is smooth and flat, and generally no subsequent processing is required; the cutting heat affected zone is small, the sheet deformation is small, and the slit is narrow ( 0.1~0.3mm); no mechanical stress in the incision, no shear burr; good repeatability, no damage to the surface of the material, NC programming, can process any plan, cut the whole board with large format, no need to develop mold, economic and time saving. In general, it is recommended to use a laser cutting machine for carbon steel plates up to 30 mm and stainless steel plates up to 20 mm. The laser cutting machine has no cutting force, no distortion in processing, no tool wear and good material adaptability. Whether it is simple or complex parts, you can use a laser to precisely cut quickly. It can realize automatic cutting and nesting of cutting, improve material utilization and achieve good economic benefits.

At present, sheet metal processing cost-effective* is a metal laser cutting machine, the service life will be tens of thousands of hours, and in addition to human factors in the process of use, the system itself has a small failure rate, even for a long time. Under the working pressure, there will be no vibration or other adverse effects. Compared with the mirror and resonant cavity of the CO2 laser system, regular maintenance is required, which saves a lot of maintenance costs.

Wide application range, significant application in the industry

It is well known that due to the increasing use of metal materials, the use of fiber laser cutting machines is becoming more widespread. This exclusive metal laser cutting machine is used in sheet metal processing, aviation, electronics, electrical appliances, automobiles, precision parts, craft gifts, kitchen utensils and other industries. It is not difficult to find that in the rapid development of the processing industry, stainless steel, carbon steel, aluminum, galvanized sheet, iron and other metal materials can also be quickly, accurately and efficiently engraved and cut.

Obvious processing advantages, leap in laser equipment

So why do so many people choose advanced fiber laser cutting machines? Today, with the continuous development of science and technology, only continuous improvement and the development of the times can effectively occupy the dominant position of the market. First of all, we all know that the fiber laser cutting machine has high precision, high speed and narrow slit, so the cut surface is smooth and free of burrs. Secondly, because the slit is narrow, the heat affected zone is small, and it is not directly related to the surface of the metal material. Contact, so the workpiece is rarely mechanically deformed.

In the metal processing industry with different shapes, thicknesses and materials, there is such an advanced, high-tech, high-quality steel laser cutting machine. Fiber laser cutting machine, this is absolutely a qualitative leap in sheet metal processing.