YLF

CRYLINK’s Ho: YLF crystal product, also known as holmium doped yttrium fluoride lithium crystal. It is a laser product with excellent comprehensive performance. It is widely used in industry, medical treatment, and scientific research. The product has the characteristics of a low nonlinear refractive index, low thermal, constant optical value, and long service life of 5I7 energy level. It can 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 operation (up to 37 mJ per pulse) The low value …

Ho:YLF Read More »

CRYLINK’s Pr: YLF crystal products are the all-around performance of laser crystal products. It has many applications in copper or gold, entertainment, and science. The product has an absorption band, emission in the blue spectral region, and high absorption and emission cross-section. It can achieve blue, green, orange, red, and deep red down-conversion laser output characteristics. It can be used 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 cm2) Absorption band and emission in the blue spectral region

Tm: YLF crystals (Thulium-doped yttrium fluoride lithium) have a low nonlinear refractive index and thermo optic constant, suitable for application in scientific research, production, education, and other optoelectronic fields. Tm: YLF crystal is a negative uniaxial crystal with a negative refractive index temperature coefficient, which can offset some thermal distortion and thus has a high beam quality output. The pump wavelength is 792 nm, and the linear polarized laser with a wavelength of 1900 nm outputs in the direction of an axis. Outputting light from the c axis is nonlinearly polarized. High-power laser output can be obtained by selecting the …

Tm:YLF Read More »

CRYLINK’s Yb: YLF crystal products are laser crystal products with excellent comprehensive performance. It is widely used in laser cooling, low-temperature detection, and diode pumping. The product is characterized by low quantum defects, high thermal conductivity, and a wide tuning range. It can be used in mode-locked, subpicosecond pulse lasers, diode-pumped chirped pulse regeneration amplifiers, and thin-disk laser products. Features of Yb: YLF Crystal: Low thermal load Wide tuning range High average power Low quantum defects High thermal conductivity A wide range of tunability Wide laser emission spectrum Absorption spectra are well-matched to the emission wavelength of the InGaAs laser diode …

Yb:YLF Read More »

Nd: YLF crystal product, also known as neodymium doped lithium yttrium fluoride, is a laser crystal product with excellent comprehensive performance. Nd: YLF in a mode-locked laser, continuous excitation. It is widely used in the field of light and material processing. Neodymium: lithium yttrium fluoride (Nd: YLF) is an alternative medium of Nd: YLF, used to work in the near-infrared, and the Laser is generated at 1047 nm and 1053 nm. When the pump wavelength is 808 nm, a lamp and diode can pump Nd: YLF. The product has a large fluorescent linewidth, low thermal lens effect, and natural polarization. …

Nd:YLF Read More »

CRYLINK’s Er:YLF crystal products, also known as erbium-doped yttrium fluoride lithium crystal. It is a kind of crystal product with excellent comprehensive performance. It is widely used in industrial, medical, and scientific research fields. The product has the characteristics of low nonlinear refractive index, low phonon frequency, and long-life laser emission level. It can be used in 2940 nm erbium laser, three μm laser Q switch, upconversion visible light laser, and laser ranging products. Features of Er:YLF Crystal: Low phonon frequency Negative thermal light coefficient Long laser emission energy level life Wide range of transparency (from VUV to 10 μm …

Er:YLF Read More »