A neodymium-doped athermal phosphate laser glass of exceptional optical quality offering high gain and athermal behavior. The result is a higher repetition rate with minimum beam divergence.
Patented use in applications where the highest possible gain is desired. The superior performance of this neodymium-doped athermal phosphate glass results from its uniquely high neodymium concentration.
A neodymium-doped silicate laser glass known for its strength and durability. It is the laser glass of choice for a wide range of applications from range finding to materials processing.
QE-7 & QE-7s
Erbium-doped phosphate laser glass that is four times more efficient than the erbium-doped silicate laser glass developed in the 1960s. Its unique "eye-safe" operating wavelength of 1.535 microns makes it ideal for specialized medical apparatus as well as field-safe range finding.
QX/Nd, QX/Er and QX/Yb
QX phosphate glass laser materials exhibit a chemical durability that is comparable to silicate glasses. These high-performance laser glasses are designed to withstand high thermal loading and thermal shock conditions in both strengthened and unstrengthened configurations.
Germanate IR transmitting glass window/laser material, L3Harris BGA and NRL BGG glass materials exhibit high optical transmission in a wide window region from the visible (~ 450nm) through the infrared to ~ 5μm. L3Harris has demonstrated a tunable 2.09 micron BGA glass laser doped with holmium and other rare-earth sensitizers.
Special Melting Facility
L3Harris' "Special Melts" are manufactured to customer-specified dopant concentrations. Various base materials for your "Special Melt" host glass are available from an extensive menu. Let our technical people help you select a glass laser material specifically designed for your application.