Rainbow 1064 Pro is a Yb-fiber based high-performance ultrafast fiber laser specifically designed for scientific users and has flexible parameters upon user requests. The laser has pulse width of ≤15ps, repetition rate range between 20~50MHz and an average power up to 1W. The operating wavelength can be customized in the range of 1030~1064 nm.

Rainbow 1064 Pro is based on SESAM passive locking technology and has an all-PM fiber structure. It uses NPI Lasers' proprietary optical switch packaging technology, and integrates NPI Lasers' unique "Smart-Lock" processes to ensure long-term stability and reliability. The laser is an easy-to-use turn-key system, and can also be computer controlled.

Rainbow 1064 Pro is well-suited for scientific uses such as high-power laser amplification, super-continuum generation, OPA pumping, time-resolved fluorescence excitation. It can meet a broad range of R&D requirements of the scientific community.

Rainbow 1550 Pro is an Er-fiber based high-performance ultrafast fiber laser specifically designed for scientific users and has flexible parameters upon user requests. The laser has an operating wavelength of 1560±10nm, pulse width of ≤80fs, repetition rate of 80MHz and an average power up to 200mW.

Rainbow 1550 Pro is based on SESAM passive locking technology and has an all-PM fiber structure. It uses NPI Lasers' proprietary optical switch packaging technology, and integrates NPI Lasers' unique "Smart-Lock" processes to ensure long-term stability and reliability. The laser is an easy-to-use turn-key system, and can also be computer controlled. As a newest feature, the repetition rate of Rainbow 1550 Pro can be locked to an ultra-stable frequency reference to achieve a repetition rate deviation as small as <10mHz (the “LOCK” option).

Rainbow 1550 Pro is well-suited for scientific uses such as THz-TDS (time-domain terahertz generation), SHG/THG imaging and multi-photon imaging. It can meet a broad range of R&D requirements of the scientific community.

Rainbow 2000 Pro is a thulium-fiber based high-performance ultrafast fiber laser specifically designed for scientific users and has flexible parameters upon user requests. It has a center wavelength of 1970±10 nm, a pulse width of 200 fs (15 ps Optional), repetition rate of 80MHz, and an average output power of 200mW (4W Optional)

Rainbow 2000 Pro is based on SESAM passive locking technology and has an all-PM fiber structure. It uses NPI Lasers' proprietary optical switch packaging technology, and integrates with NPI Lasers' unique "Smart-Lock" processes to ensure long-term stability and reliability. The laser is an easy-to-use turn-key system, and can also be computer controlled.

Rainbow 2000 Pro is well-suited for applications such as Mid-IR frequency conversion, Nonlinear optics and Silicon photonics. It can meet a broad range of R&D requirements of the scientific community.

Rainbow 1064 Dichro features a dual-port design and may provide high-power output at both 1064nm and 532nm simultaneously. It gives customers the ultimate flexibilities in constructing multi-purpose photonic systems. The proportion of 1064 and 532 output power can be customized upon user request. The laser is an easy-to-use turn-key system, and can also be computer controlled.

Rainbow 1064 Dichro is ideal for materials research such as TCSPC, SHG/THG imaging, pump-probe spectroscopy, and other nonlinear optical applications. It can meet a broad range of R&D requirements of the photonics and materials research community

Rainbow 1550 Dichro features a dual-port design and may provide high-power output at both 1550nm and 780nm simultaneously. It gives customers the ultimate flexibilities in constructing multi-purpose photonic systems. The proportion of 1550 and 780 output power can be customized upon user request. The laser is an easy-to-use turn-key system, and can also be computer controlled.

Rainbow 1550 Dichro is well-suited for scientific uses such as THz-TDS (time-domain terahertz generation), SHG/THG imaging, pump-probe spectroscopy and multi-photon imaging. It can meet a broad range of R&D requirements of the scientific community.