The emerging fiber laser technology market is expected to make significant progress in the sensing and medical fields, and innovation in laser welding and 3D printing technology means that material processing remains the main market focus in the medium term.
Market research firm IDTechEx said: "The fiber laser pointer is a compact, energy-efficient laser system that provides the best beam quality for applications where accuracy is critical. Because the technology is based on fiber optics, it does not have free-space optics and mechanical components. Provides excellent system stability and long product life. Directing laser radiation to the application point via fiber optics ensures safe operation and simplifies integration with the machine."
As a result, the replacement of traditional laser or non-laser technology with fiber laser pointers in various industries maximizes processing speed and accuracy while minimizing operating costs. The chart below shows some of the end industries that can benefit from fiber laser technology.
Within the fiber laser, rare earth metal dopants can be used as gain media and determine output wavelengths: 1 μm, 1.5 μm, and 2 μm are common infrared bands optimized for fiber laser applications in materials processing, sensing, and healthcare. In addition, mid-infrared supercontinuum (wideband) laser sources and visible light doubling laser sources are also available for professional applications in sensing and healthcare. IDTechEx points out: "Fiber lasers can easily achieve an average output power of several kilowatts, or function as an ultra-fast pulse energy source based on the system architecture."
Material processing: Continuous improvement and innovation have made fiber lasers a large share of the laser material processing market. However, continuous technological innovation led by major suppliers such as IPG Photonics in the US enables fiber lasers to further replace other non-laser technologies.
Market research firm IDTechEx said that advances in fiber laser welding and 3D printing technology are important for lightweighting in the automotive and aerospace industries.
The commercial application of sensing fiber laser pointer in sensing is often limited to high precision laser radar (LiDAR) technology applications such as ground mapping, ranging and wind speed sensing. In addition, emerging fiber laser technologies are expected to have a significant impact on gas sensing and structural health monitoring over the next decade.