Fiber Laser Marking Machine is currently one of the most advanced laser equipment in the world, used in the field of marking applications. The application is very extensive. Let’s take a look at the application of fiber laser marking machines in data processing.
Laser Marking Machine is the most widely used light source for data processing. Due to its flexibility in processing multiple materials and significant advantages over radical processes, laser has become the preferred choice for numerous data processing applications in industry. From precision cardiovascular stent cutting to guide vane drilling in the aviation industry, to thick steel plate welding in the shipbuilding industry, lasers have been accepted by many industries. Fiber lasers belong to multiple application fields of solid-state lasers, providing extremely high solid-state reliability and convenience. IPG provides the most powerful and versatile 1070nm ytterbium doped industrial laser products, including single mode, multimode, and Q-modulated lasers, with a power range of 1W20KW, which can be widely used in various industries and fields.
The beam quality of a single mode laser with M2<1.1 is considered perfect, forming the smallest spot, making it more suitable for micro and macro processing. The high power density and excellent beam of light brought by small light spots enable satisfactory cutting of both thick and thin metals, and allow for deep penetration welding. Other applications include ceramic substrate scribing in the electronic industry and bending forming widely used in computer hard disks, flat panel display film removal, Anilox laser engraving in the printing industry, sheet welding, etc.
The multimode laser of the laser marking machine can still maintain good beam quality while increasing its power to tens of watts. The application fields of this series of lasers are very wide, including cutting thick hydraulic formed pipes in automobiles, brazing roof lines, medical screw welding, industrial component heat treatment, titanium alloy plate welding in the aviation industry, deep penetration welding in the shipbuilding industry, high-quality cutting of thick plate materials such as stainless steel, aluminum, and steel.
The performance of Q-modulated fiber lasers in terms of marking quality, production efficiency, and flexibility is incomparable. In addition, its excellent beam quality and high peak power have opened up unique application areas, such as hybrid technologies such as silicon data high-speed drilling and laser water jet. This type of laser is suitable for marking processing of metals, ceramics, most plastics, and other materials.
