A Neodymium-doped athermal phosphate laser glass of exceptional optical quality offering high gain and athermal behavior. The result is a higher repetition rates with minimum beam divergence.

Patented Used 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.

Erbium-doped phosphate laser glass which is four times more efficient than the Erbium -doped silicate laser glass developed in the 1960's. Best yet 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 Phosphate glass laser materials exhibited a chemical durability which 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 un-strengthened configurations.

Germanate IR Transmitting Glass Window/Laser Material Kigre's BGA and NRL's BGG glass materials exhibit high optical transmission in a wide window region from the visible (~ 450nm) through the infrared to ~ 5um. Kigre has demonstrated a tunable 2.09 micron BGA glass laser doped with Holmium and other rare earth sensitizers.

High Gain Short Length 1.54um laser material for use in the next generation of EDWAs and EDFAs. Designed specifically for telecommunications applications, this patented ion-exchangeable material is now available for use in the fabrication of miniature, monolithic, high performance C-band power splitters, EDWAs, EDFAs, gain blocks, pre-amplifiers, and (WDM) wavelength-division multiplexing integrated optical devices.