…frequency, a critical trait for advanced photonic applications. This becomes particularly crucial in technologies like laser systems, where a laser of one frequency can be transformed into a different frequency,…
…all-solid-state tunable lasers, ultrafast pulsed lasers, ultrafast pulsed lasers, the frequency doubling of all-solid-state tunable lasers and the frequency multiplication of all-solid state lasers. Laser, ultrafast pulsed laser, deep ultraviolet…
…and sub nanosecond pulsed laser sources. In industrial applications, due to 1.5 μm laser radiation has high eye safety, so this wavelength has been widely concerned. Other advantages of this…
…mode-locked lasers, laser radar, passive Q-switched lasers, and eye safety (1.5-1.6 μm) laser products. Features of Er, Yb:YAB: High thermal conductivity Wide absorption bandwidth near 976 nm High absorption and…
…in diode-pumped solid-state lasers, wavelength separators, DPSS lasers, and broadband laser mirror products. Features of Pr: YLF Crystal: InGaN laser diode and 2ω-OPSL wire High absorption and emission cross-section (〜10-19…
…be used in remote sensing and pollutant monitoring solid laser products. Features of Ho: YLF Crystal: High emission cross-section Long upper laser level lifetime Naturally birefringent material Efficient Q switch…
CLS silicate glass has high UV and IR cutoff ability. It can be used as a laser cavity material for absorbing 1 micron and unwanted UV and IR radiation in…
…YLF, Nd: YVO4 and other 0.8~1.2 μm Nd (or Yb) doped lasers. It is also an active medium for CW, pulse or self-mode-locked tunable NIR solid-state lasers. The tunable range…
…modulation and laser Q-switching. Using the 1.0 μm band laser to pump the non-critical phase-matched cut RTP nonlinear crystal and its isoforms, an efficient 1.5-1.6 μm band eye-safe laser can…
…high, precise and advanced laser technology fields of research and development. These fields include all-solid-state tunable laser, ultrafast pulsed laser, deep ultraviolet Laser, etc. It is also used for the…
