If you are just entering the world of marking, then you are entering at the perfect time. Laser markers have made marking a very interesting, beautiful and profitable business. In this article, we will go over the technology of fiber laser marking machines, learn about their applications, and after reading this article, you should be able to identify how best to use this machine for your own applications.
Understanding Fiber Laser Marking
Fiber laser machines basically consist of three main components, including a pump, a resonant cavity, and a beam delivery system.
The pump consists of a laser diode from which the beam is emitted and transmitted through an optical fiber to a resonator, which contains what is called a gain medium.
The resonator carries the gain medium, which is simply a fiber medium doped with rare earth elements.
The main difference between the different fiber laser applications is the wavelength produced, which determines the surfaces that can be marked by each type.
Industrial Applications
Medical Industry
Health facilities and medical device manufacturers follow very strict standards in terms of mark placement, size and content, so there is no room for error. Markings must be able to withstand acid cleaning, corrosion and sterilization as well as high temperatures.
Automotive industry
The automotive industry has become one of the largest users of this technology. It is estimated that a car consists of about 30,000 parts made of steel, aluminum, copper, special fibers or plastic, in various shapes and sizes.
Other materials, such as the ceramics used to make spark plugs, can be marked using these methods. You will also find fiber optic laser markings on engine blocks, automotive sensors, chassis VIN numbers and motorcycle parts.
Electrical component marking
Fiber laser marking is the most effective marking method in the industry because it can handle tiny elements without damaging the surrounding material.
Integrated Circuit Industry
Integrated circuit components are the most important units used to build circuits and systems. Fiber laser marking machines can be used to mark integrated circuit boards and semiconductor components, including text and graphics.
Electronics Industry
In such a fast-growing industry, it is critical to prioritize efficiency and meet the growing demand. This demand also expects quality and safety. TVs, laptops and smartphones are all made of tiny matter.
Knife marking
Tools may become smaller and more efficient to handle. But high quality and safety remain top priorities for the industry. Therefore, considering quality, cost effectiveness, speed, reliability and adaptability, fiber lasers have become a popular choice for marking in this industry.
PCB Marking
Due to the non-contact processing mechanism, no mechanical stress is generated. The laser beam is so thin that it can be integrated on small components including capacitors and crystal oscillators.
Flexibility is the main advantage of fiber laser marking, making it the most popular engraving and marking technology in the industry due to its versatility in marking on a wide range of materials. They can be used on metals (steel, aluminum, copper, etc.), plastics, carbon fiber, and other materials. If you need to buy a marking machine, please contact XQL to provide you with excellent service, and we welcome your inquiry.
