Blade 1030 Femto is a femtosecond fiber laser aiming for industrial applications. It is with pulse energy level of micro-joule. Pulse energy can be adjusted continuously as required, with pulse picker and pulse series output available, also support single pulse output.

Blade 1030 Femto is with maximum pulse energy of 5uJ, which is widely used in material micro-processing and biomedical applications. The all-optical fiber structure ensures the system compact and maintenance-free. Seed laser, the key element inside, adopts "smart-lock" manufacturing process and diagnostic technology, which is uniquely developed by NPI Lasers, provides customers with extremely high stability and safety during the using process.

Rainbow 780 HP femtosecond pulsed fiber laser i has an average output power exceeding 0.4W at wavelength 780nm, and a near diffraction limit free space laser beam with sub-120 fs pulse width. The laser output boasts 24-hour power stability within 0.5%, currently the highest standard in the industry.

Rainbow 780 HP uses high-power, high-performance multimode pumping diodes, and adopts “all-in-one” design with all-PM fiber cavity. The laser is a highly integrated module including power supply, controller and optics. It is equipped with an easy-to-use turn-key laser switch.

Rainbow 780 HP is ideal for applications such as non-linear optics, quantum optics, SHG/THG imaging and multi-photon imaging. It can meet a broad range of R&D requirements of the scientific community.

Rainbow 10X0 HP is our new generation of “wavelength versatile” high power fiber laser that features unparalleled output parameters. The laser takes an innovative new cavity design method that allows the setting of central wavelength within 1030-1060 nm, according to customer needs. As with other NPI mode-locked products, the Rainbow 10X0 HP laser is produced using our proprietary ‘Smart-Lock’ production and diagnostic platform to ensure stability and reliability. It has an average output power well exceeding 3W and a pulse width under 500 fs. It is well suited for applications such as fluorescence microscopy, two-photon polymerization, seeding high-power amplifiers and other advanced photonic experiments.

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-SC is a wideband femtosecond supercontinuum light source that spans 1000-2400 nm. Different with conventional supercontinuum light sources, OPPO-SC 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-SC 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.

Rainbow 2000 HP is 2000nm ultrafast fiber laser specifically designed for scientific users has flexible parameters upon user requests. The center wavelength is 1970 nm, pulse width of <300 fs, repetition rate of 80MHz and an average output power of >1 W.

Rainbow 2000 HP is based on SESAM passive locking technology and has a full PM fiber structure. It uses NPI Lasers' own optical switch packaging technology, and integrates with NPI Lasers' unique "Smart-Lock" processing and characterization technologies to ensure stability and reliability. The laser is a highly integrated module including power supply, controller and optics. It is equipped with an easy-to-use turn-key laser switch.

Rainbow 2000 HP is ideal for scientific platform construction such as multi-photon spectroscopy, non-linear optics, silicon photonics and other relevant fields.

Rainbow 532 OEM is a natural extension of Rainbow 1064 OEM. The laser is coupled with an external double-frequency module to generate 532nm ultrafast green laser beam. The laser is highly integrated and is specially developed as a standard module with a compact size for easy integration with industrial or commercial OEM systems.

Rainbow 532 OEM is ideal for scientific platform construction such SHG/THG imaging, nonlinear optics, and multi-photon polymerization. It can meet a broad range of R&D requirements of the scientific community.

Rainbow 780 OEM is a natural extension of Rainbow 1550 OEM. The laser is coupled with an internal double-frequency module to generate 780nm ultrafast laser beam. The laser is highly integrated and is specially developed as a standard module with a compact size for easy integration with industrial or commercial OEM systems.

Rainbow 780 OEM is ideal for scientific platform construction 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 1064 Standard is a 1064nm ultrafast fiber laser specifically designed for scientific users and has flexible parameters upon user requests. The laser operates in wavelength range of 1030~1064 nm and has pulse width of ≤15ps, repetition rate range between 10~50MHz and average power selectable from 50~80mW. The single pulse energy it generates is of mJ level.

Rainbow 1064 Standard is based on SESAM passive locking technology and has a full PM fiber structure. It uses NPI Lasers' own optical switch packaging technology, and integrates NPI Lasers' unique "Smart-Lock" processing and characterization technologies to ensure stability and reliability. The laser is a highly integrated module including power supply, controller and optics. It is equipped with an easy-to-use turn-key laser switch.

Rainbow 1064 Standard is ideal for scientific platform construction such as high-power laser amplification, super-continuum generation, OPA pumping, time-resolved fluorescence excitation and pump-probe detection. It can meet a broad range of R&D requirements of the scientific community.

“Blade Seed II ps” is a 1um picosecond fiber seed laser with pulse picker. It is has pulse width of ≤10ps, repetition rate range between 20k~50MHz and pulse energy of >8 nJ; it also supports burst mode output.

“Blade Seed II ps” constitutes an integrated system of seed laser oscillator, fiber amplifier, and acousto-optic modulator. The laser system is all-fiber, and has undergone vigorous temperature cycling and vibration tests, ensuring power stability and long-term reliability.

The laser uses SMA905 connector for output, has synchronous output via TTL port and DB9 connector is available for I/O control; it also supports remote control from PC. The laser is equipped with one button power switch, and is compact and maintenance-free.

“Blade Seed II ps” with pulse picker is unique with its compact size, high performance to cost ratio, and is suitable for customers in early design stage for SSL picosecond laser, and round-the-clock industrial OEM applications.

Ultraline 2000 is a 2000nm CW fiber laser source with high reliability and narrow line spectral width. It is widely used in MIR laser generation, spectroscopy analysis, non-linear optics and other research areas.

The laser can be used with TDFA and TDFA HP to generate higher power.

Supertune-2000 is a super-continuum laser specially designed for the testing of optical components made for 2um wavelength.

Supertune-2000 covers wavelength range of 1900~2500nm, with good price-performance ratio, and bridged a gap in MIR and LIR wavelength range, which current MIR super-continuum laser can’t cover. Supertune-2000 can be also combined with TDFAs to achieve higher power output.

Supertune-2000 is widely used in the testing of passive-fiber, optical coating, optical detectors and integrated optical parts. With the simple and smart design, it is a good platform for applications such industrial detection, optical testing and optical imaging.

PowerWave 2000 is a high-power 2000nm CW fiber laser developed NPI Lasers. The laser has an operating wavelength range of 1900nm~2050nm, single-mode output with CW output power of up to 30W. It has an excellent near diffraction limit beam.

PowerWave 2000 is an ideal choice for transparent plastic welding using materials such as PMMA and PC/ABS for biomedical applications. It can also be used as the pump source for MIR lasers in scientific research.

NPI’s benchtop Erbium doped fiber amplifier (EDFA) is with high power, high performance multi-mode pump laser diodes inside, the product integrates high stable wave divided multiplexer, and Erbium doped fiber with high gain ratio as well.

EDFA product is with "all fiber system" design. It is with power supply, controller PCB and optical systems highly integrated, provide users with an easy to use turn-key laser system. The operating panel is equipped with LED display and knob for power adjustment.

EDFA product features with high reliability, high power output, high gain and low noise, and is ideal for high power EDFA system.

YDFA HP is NPI Laser's benchtop Yb-doped fiber amplifier. It is has built-in in the unit a high-power, high-performance multi-mode pump diode, a highly stable WDM (combiner), and high-gain Yb-doped fiber.

YDFA HP features an all-fiber system design, and is a highly integrated module including power supply, controller and optics. It is equipped with an easy-to-use turn-key laser switch. The operator panel has an alarm and status indicators, and integrates RS232 connector (or Ethernet interface) for PC remote control, data acquisition and signal analysis. There are customization options for single-frequency operation and/or linear-polarization operating. Customized wavelengths are also available, such as 1014nm, 1018nm, etc.

YDFA HP is a high reliability, high power output, high gain and low noise laser product, and is an ideal choice for high-power YDFA systems.

YDFA is NPI Laser's benchtop Yb-doped fiber amplifier. It is has built-in in the unit a high-power, high-performance multi-mode pump diode, a highly stable WDM (combiner), and high-gain Yb-doped fiber.

YDFA features an all-fiber system design, and is a highly integrated module including power supply, controller and optics. It is equipped with an easy-to-use turn-key laser switch. The operator panel has an alarm and status indicators, and integrates RS232 connector (or Ethernet interface) for PC remote control, data acquisition and signal analysis. There are customization options for single-frequency operation and/or linear-polarization operating. Customized wavelengths are also available, such as 1014nm, 1018nm, etc.

YDFA is a high reliability, high power output, high gain and low noise laser product, and is an ideal choice for high-power YDFA systems.

NPI’s Thulium doped fiber amplifier TDFA uses single mode all fiber amplifying technology. It features high average output power, broad gain bandwidth, low noise and insensitive to polarization. It has many advantages over traditional bulk solid state systems for its compactness, high st-ability, ease of use and maintenance free.By choosing different amplifier types, the amplification requirement can be met in 1880~2050 nm wavelength. And OEM option is available upon request.

OPPO MIR is a supercontinuum laser based on optical parameter oscillation (OPO) to generate MIR wide-spectrum tunable picosecond pulses.

OPPO MIR has tunable wavelength range of 2.8~4.2um, with maximum output power of more than 1W at individual wavelength.

OPPO MIR mid-infrared laser has important applications in remote sensing, detection, medical and bioimaging fields. It boasts of high stability, high reliability, and wavelength and power tunability via software support. With the particular high brightness, good coherence performance, it can be widely used in photoelectric confrontation, air pollution detection and infrared sulfur glass characterization etc.

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-SP is a tunable fiber laser developed specifically for Silicon Photonics and mid-infrared ultrafast nonlinear photonics research. Compared with solid-state OPO systems, OPPO-SP has decisive advantages in terms of power and pulse energy in the range beyond 2000 nm, where two-photon absorption in silicon diminishes. In addition, the system is based on an all-fiber and modular architecture, featuring excellent stability, mode-quality and cost/performance ratio. OPPO-SP is also used by customers working in the fields of mid-infrared supercontinuum generation, and infrared material spectroscopy.