The success of high-power fiber lasers is fueled by maturation of active and passive fibers,
combined with the availability of high-power fiber-based components. In this contribution, we …

The high-power, short-wavelength operation of a thulium-doped silica fiber laser at 1726 nm
has been demonstrated in a core-pumped monolithic (all-fiber) resonator configuration, in …

We present the segmented corrosion method that uses hydrofluoric acid to etch the fiber of a
fiber laser for removing high-power cladding light to improve stripping uniformity and power …

We designed and fabricated a high-power cladding light stripper (CLS) by combining a fiber-
etched CLS with a cascaded polymer-recoated CLS. The etched fiber reorganizes the …

Although conventional fiber-cladding power strippers (CPSs) based on the techniques of
high-index adhesive or corrosive liquids onto fiber inner cladding have been well …

An optimized polymer-based fiber cladding mode stripper (CMS) is presented
experimentally. A unique partial fiber stripping method is introduced in CMS fabrication to …

In this study, we present a differential intensity-modulated system that comprises a tapered
microfiber interferometer functionalized with polydopamine/AuNPs/cysteamine …

This study investigates a method for the effective suppression of backscattering within
optical fiber cladding light strippers (CLSs) with a periodically grooved structure. First, the …

We demonstrate a 150-mm long cladding light stripper for kW-level operation with high
attenuation and low temperature rising. The first 100 mm of the device was designed based …

We presented the chemical mask etching method to fabricate an all-fiber cladding light
stripper (CLS). The morphology and density of the micron-sized microstructures generated …