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OPPO-NIR Multichannel Broadband Tunable Ultrafast Fiber Laser

OPPO is a series of wideband tuneable ultrafast fiber lasers based on NPI’s advanced nonlinear photonic technologies. It enables the output of either broad supercontinuum or tunable wavelengths across visible to NIR. In addition to a tunable port, the product may also include multiple fixed-wavelength channels (i.e. 400nm/800nm/1560nm), making it well suited for building multi-purpose spectroscopy/microscopy systems that require flexible reconfiguration.

OPPO-NIR is a wideband femtosecond supercontinuum light source that spans 1000-2400 nm. Different with conventional supercontinuum light sources, OPPO-NIR is pumped by a highly stable femtosecond fiber laser. The product is based completely on an all-PM architecture, ensuring excellent stability, mode-quality and cost/performance ratio.

OPPO-NIR can be used with a tunable filter to enable wavelength tunability for a range of applications including multi-photon microscopy, pump-probe/fluorescence lifetime microscopy as well as OCT and other ultrafast characterizations. The compactness and maintenance-free features make it an ideal substitute for conventional OPO/OPA systems.

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Commodity name: OPPO-NIR Multichannel Broadband Tunable Ultrafast Fiber Laser
Commodity ID: 1041147424321396736

OPPO is a series of wideband tuneable ultrafast fiber lasers based on NPI’s advanced nonlinear photonic technologies. It enables the output of either broad supercontinuum or tunable wavelengths across visible to NIR. In addition to a tunable port, the product may also include multiple fixed-wavelength channels (i.e. 400nm/800nm/1560nm), making it well suited for building multi-purpose spectroscopy/microscopy systems that require flexible reconfiguration. </br></br> OPPO-NIR is a wideband femtosecond supercontinuum light source that spans 1000-2400 nm. Different with conventional supercontinuum light sources, OPPO-NIR is pumped by a highly stable femtosecond fiber laser. The product is based completely on an all-PM architecture, ensuring excellent stability, mode-quality and cost/performance ratio. </br></br> OPPO-NIR can be used with a tunable filter to enable wavelength tunability for a range of applications including multi-photon microscopy, pump-probe/fluorescence lifetime microscopy as well as OCT and other ultrafast characterizations. The compactness and maintenance-free features make it an ideal substitute for conventional OPO/OPA systems.

Laser Parameters
Operating Wavelength	1000-2400 nm
Pulse width (FWHM)	<300 fs
Repetition Rate	80 MHz
Average Power	1 W
Aerage Power Stability	<0.5% RMS(12h@25℃)
Beam Quality	TEM00, M²<1.2
Polarization Extinction Ratio	>20 dB
Output Type	Spatially collimated output
Electrical, Environmental and Mechanical Parameters
Supply Voltage	100-240 VAC
Operational Temperature Range	15-35 ℃
Operational Humidity Range	20~80 ( non-condensing )
Weight	17 kg
Dimensions	447×422×138 mm, 290×194×98.5 mm
Cooling	Air cooling

Key Features：

· Multi-channel, wavelength tunable

· High peak power

· Linearly polarization

· Diffration limited beam

· Turn-key system

Applications：

· Medium infrared spectrum

· Pump-probe

· Medium infrared femtosecond seed

· Nonlinear optics

· Silicon photonics

OPPO-NIR.pdf
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