An optimized beam transformation system (BTS) is proposed to improve the beam quality of
laser-diode bars. Through this optimized design, the deterioration of beam quality after the …

For the fiber-coupled laser diodes, the high brightness and miniaturization have always
been our goals to pursuit. An effective method of achieving a high power and high …

Fiber coupling is difficult due to the uneven beam parameter product between the vertical
and horizontal axes of semiconductor lasers. A beam shaping technique based on the …

Fiber-coupled laser diodes have become essential sources for fiber laser pumping and
direct energy applications. A compact and high-brightness fiber-coupled system has been …

Laser transmission welding (LTW) of thermoplastics is a direct bonding technique already
used in different industrial applications sectors such as automobiles, microfluidics …

For high-power fiber-lasers, high power and high brightness have always been the goals
pursued in the field of industry and defense. Based on the beam propagation principle, a …

The strong beam quality mismatch in the fast and slow axes of laser-diode bars requires a
significant beam shaping method to reach the parameters needed for fiber coupling. An …

Multispectral diode laser sources are extensively used for a variety of applications involving
the identification of small objects based on their spectral signature. Although the power …

In spectral beam combining systems, the locked spectra of the diode laser array are
determined by the interaction between the internal cavity and the external cavity. Using the …

A new beam-shaping technique is proposed to improve the beam quality of a high-power
diode laser area light source. It consists of two staggered prism arrays and a reflector array …