Smart 920 nm femtosecond fibre laser

Description

NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level. Lot 1: NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level. NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level. Lot 1: NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level. NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level.