What are the advantages of laser cutting machine in sheet metal processing?

I believe that many friends engaged in the metalworking industry are curious about what the advantages of laser cutting machines are. What benefits can the use of laser cutting machines bring to production? Laser cutting is a precision machining method that can process almost all metal materials, including two-dimensional or three-dimensional metal sheets and tubes. By using a laser cutting machine for processing, you can not only enjoy the processing speed benefits of high-speed cutting, but also experience optimisation and integration of the process. It is an advanced cutting technology that combines technology and benefits.

Laser cutting processes are gradually replacing traditional processes. Compared to traditional processing methods, laser-cut workpieces are of better quality, have a longer service life and are less costly to maintain. It reduces the cutting process, saves labour and raw material input, shortens the production cycle of the workpiece, improves the quality of the workpiece and expands the range and application of machinable materials and machinable parts.

SUNNA laser cutting machines use advanced laser cutting technology. Laser cutting technology uses the energy released when a high-energy laser beam precisely irradiates the surface of a workpiece to melt and evaporate the workpiece for the purpose of cutting. It has high energy density, high intensity, high directionality, high monochromaticity, high coherence nature and other advantages. Metal materials and precision parts that cannot be processed by traditional methods can be completed in a very short period of time, and the range of heat influence is extremely small, with no loss or deformation of the metal material, ensuring high processing accuracy. The use of laser technology to process workpieces such as carbon steel, stainless steel, aluminium, brass and alloy metals not only increases productivity and reduces production costs, but also makes it easy to automate the production process.

At the same time, laser cutting is also known as the "fastest knife". As a new non-contact metal processing method, laser processing can effectively avoid defects such as scratches, stresses and damage during processing. It does not cause tool wear, but also avoids problems such as stress and deformation when in contact with the material, thus saving tool grinding costs and increasing production efficiency.

Laser processing technology is an important technology in both civil and military applications. Its applications include industrial manufacturing, ship building, bridge machinery, storage equipment, farming equipment, kitchen utensils, fitness equipment, advertising boards, door and window guards and other industries.

At present, laser processing technology has become a high technology supported and promoted by the state. It is listed as a key development project with broad development prospects. Laser processing technology, including laser cutting, laser welding, laser marking, laser cleaning, etc., will be increasingly applied to the processing of metal products and materials. Therefore, as an advanced processing technology, laser cutting has great potential for application in areas where traditional processing technology is relatively weak.