NKT Photonics

A versatile ultra-wideband tunable laser that provides high brightness diffraction-limited emission in the 400-1000 nm range. CHROMATUNE is a fiber laser that provides reliable operation and a lifetime of thousands of hours. It requires no maintenance, alignment or tuning.

The SuperK CHROMATUNE is a Class 3B laser, which reduces laser safety requirements in the laboratory or production environment. It is based on NKT Photonics' Crystal Fibre technology, which provides reliable fiber laser performance in a variety of applications.

Provides broadband single-mode output in the 410-2400 nm range. The SuperK FIANIUM pulse repetition rate can be easily changed while the system is operating at full power. Repetition rates of 0.15-78 MHz are available as standard, enabling lifetime measurements such as FLIM.

The delay of the trigger's electrical output signal reaches 9.2 ns in 15 ps steps. This allows the trigger delay to be optimized without the need for a delay block. The system is fully modular for easy operation and maintenance.

Emit high brightness white light in the range of 400-2400 nm. The laser radiation is delivered via optical fiber with high beam quality and can be used without additional settings.

The emission spectrum of the SuperK EVO is similar to that of a lamp, but the brightness is 100 times higher. In combination with standard repetition rates up to 78 MHz and output power up to 2 W, the SuperK EVO range is optimal in terms of speed and throughput characteristics. All EVO models are equipped with output triggers to ensure perfect equipment synchronization and availability.

Supercontinuum white light source in the 450-2400 nm range. The single-mode output has luminance higher than other white light sources such as incandescent lamps and much higher bandwidth than ASE- and SLED sources.

The SuperK COMPACT can be triggered by an external trigger and synchronized with low jitter at up to 20 kHz. The trigger signal can be applied to a standard coaxial input or to an industrial trigger input that is galvanically isolated. Use in applications such as spectroscopy and OCT and as a general purpose laboratory source.

The SuperK VARIA filter is a cost-effective and flexible alternative to a monochromator and converts SuperK supercontinuum sources into high-power single-line lasers with a wide tuning range of 440 nm.

SuperK SELECT is a multi-channel tunable filter based on an acousto-optic tunable filter (AOTF). Access to eight simultaneously and freely tunable channels. An easy-to-use, flexible and accurate tunable device that provides access to any wavelength in the SuperK spectrum from 400 to 2000 nm.

The SuperK SPLIT is a passive filter that splits the SuperK spectrum into two broadband spectral outputs. In basic configuration SuperK SPLIT has two output signals: visible and infrared.

A high-performance fiber optic transmission system complete with broadband fibers in the 400 - 2000 nm range.

The CONNECT FIBER DELIVERY precision fiber mating unit provides a simple and stable single-mode connection that can be disconnected and reconnected with minimal alignment.

Fiber laser systems in the 300-900 nm range for working with rubidium, strontium, barium or ytterbium. Koheras HARMONIK is a series of single-frequency fiber lasers with narrow spectral linewidth, no mode switching and ultra-stability. They provide high power and narrow emission line at the atomic level required for quantum problems.

All Koheras fiber lasers are equipped with thermoelectric temperature controllers (TEC). They stabilize the laser and make it insensitive to fluctuations in ambient temperature. In addition, they allow wavelength tuning by changing the operating temperature of the laser.

The modular laser system integrates up to 16 Koheras BASIK low noise single frequency fiber lasers. For easy integration, ACOUSTIK provides power and control for all modules, with the option to modify and add channels as needed.

The combination of the 1-1.5 µm wavelength range and upgrades to increase the number of channels provides an ideal solution for a wide range of applications. ACOUSTIK has a rugged industrial design with a passive cooling system designed for multi-channel sensor signal transmission systems. It is supplied as a 48.26cm 3U standalone box including controller and power supply.

Koheras BASIK single-frequency DFB fiber lasers are outstanding industrial low-noise erbium and ytterbium lasers. They have low phase noise and narrow spectral linewidth in the Hz range.

The laser design provides reliable single-frequency operation without mode spikes. The laser is built into the Koheras ACOUSTIK system as a line card for multi-wavelength applications. Supplied with NKTP CONTROL software for controlling and reading laser parameters such as wavelength, output power, and relative intensity noise suppression on a PC.

The most compact industrial single-frequency DFB fiber laser on the market. The laser design provides reliable single-frequency operation without mode spikes. And its low phase noise and narrow emission line make it ideal for OEM integration into industrial sensor systems.

The MIKRO laser is ideal for applications such as distributed optical sensing and laser vibrometry where low noise, high wavelength stability and single frequency operation without mode jumps are required.

Compact fiber amplifier module. Amplifies Koheras series lasers while maintaining ultra-low phase noise and a narrow emission line. The operating wavelength of the BOOSTIK system is freely selectable in the range of 1-1.5 µm, and the high beam quality ensures efficient frequency conversion.

The BOOSTIK line card is integrated into the Koheras ACOUSTIK system, which also supports Koheras BASIK seed lasers. Ideal for noise-sensitive applications in high-precision metrology, laser cooling, quantum physics and sensing.

Desktop single-frequency fiber lasers with distributed feedback. The ADJUSTIK model, based on BASIK modules, is characterized by ultra-low phase noise and an emission line in the Hz range, which is usually found only in expensive research systems.

This line of benchtop laser systems is preferred as radiation sources for research laboratories because they do not require special customization. The benchtop models are based on Koheras BASIK seed technology, the output power of which can be increased.

19-inch turnkey design includes control electronics and power supply. Ideal for laboratory work and experimental research, e.g. in the field of metrology.

The system offers the ability to freely select the operating wavelength of the BOOSTIK HP system in the range of 1 or 1.5 µm, and the excellent beam quality ensures efficient frequency conversion. This single-frequency fiber laser is maintenance-free and combines narrow linewidth and high output power.

The first all-in-one femtosecond laser on the market with power in the order of a few watts. Absolutely precise, ultra-short pulse duration, excellent beam quality and unprecedented pointing.

Closed-loop control ensures stable laser power characteristics, while additional sensors allow real-time monitoring of relative peak power.

Pulse duration tunability from 370 fs to 5 ps is available as an option for applications requiring flexible peak power control.

The system covers a wide wavelength range from 210 nm to 11 µm and includes a femtosecond laser and an optical parametric amplifier with an output power in the order of a few µJ. The compact, air-cooled system is fully automated, environmentally friendly and provides the best beam pointing stability.

Integrated laser diagnostics and data logging ensure optimum performance and easy troubleshooting. The integrated PC simplifies operation in the laboratory.

Ultra-compact industrial-grade femtosecond laser with mode synchronization and air cooling. Maintenance-free, packaged in a sealed and rugged housing that allows operation in the harshest environments.

Output options are collimated free space or single-mode fiber. Other available options are analog pump power control, repetition rate control. ORIGAMI can be synchronized to an external reference to ensure ultra-low timing jitter.

The ORIGAMI 03XP-2P femtosecond laser and the more powerful 03XP-S-2P have dual wavelengths, which allows computer-controlled switching between IR and UV in the same laser system to switch between IR and UV in a single laser system.

ORIGAMI's 03XP-3P laser is a three-wavelength femtosecond laser that allows computer-controlled switching between IR, green or UV in a single laser system.

Based on the ORIGAMI XP platform, it offers the same advantages of femtosecond pulse output and superior beam quality.

A rugged and compact medical-grade femtosecond fiber laser based on a photonic crystal fiber platform.

The aeroPULSE series lasers use state-of-the-art mode synchronization technology to deliver ultra-short femtosecond pulses with low noise. They are ideal for applications such as optogenetics, ophthalmology, medical device manufacturing and materials processing.

Фемтосекундный волоконный лазер промышленного класса aeroPULSE FS20 создан на базе платформы на основе фотонно - кристаллического волокна. Разработанный для применения как в требовательных круглосуточных OEM-приложениях, так и в научных учреждениях.

В стандартной комплектации aeroPULSE FS20 поставляется с выходной мощностью до 20 Вт на длине волны 1030 нм. Присоединяемый модуль генерации второй гармоники (SHG) позволяет переключаться между 10 мкДж на длине волны 515 нм и 20 мкДж на длине волны 1030 нм.

The aeroPULSE PS Series is a high-power, narrowband, picosecond fiber laser platform. Designed for demanding OEM applications, the aeroPULSE PS Series offers high stability and low cost of operation as well as easy integration. Output power up to 40 W with a beamline width of less than 1 nm.

The aeroPULSE PS Series allows customization of pulse width, repetition rate, center wavelength and emission line width. With its highly reliable fiber optic design, the aeroPULSE PS provides superior TEMoo performance with low noise, which is typically required for mission-critical applications such as semiconductor device inspection.

High power femtosecond laser. It is based on a photonic crystal fiber platform and is designed for round-the-clock use in OEM and scientific applications. The high-performance fiber laser uses state-of-the-art synchronization technology to produce ultra-short femtosecond pulses.

The aeroPULSE FS50 system is designed for a wide range of applications including thin film cutting, glass cutting, scanning, scribing, OPA optical parametric amplifier pumping and materials processing. By introducing software control of amplifier power, higher ablation speeds and depths can be achieved. The aeroPULSE FS50 comes standard with up to 50 W output power at a wavelength of 1030 nm.

Универсальная мощная импульсная лазерная система, обеспечивающая передачу пикосекундных импульсов в желтой и ИК областях спектра. В стандартной конфигурации KATANA HP генерирует импульсы длительностью 700 пс и частотой повторения 20-80 МГц. KATANA HP не требует технического обслуживания и имеет низкую стоимость эксплуатации.

KATANA HP зарекомендовала себя как идеальный и надежный источник излучения для таких приложений как STED-флуоресцентная микроскопия сверхвысокого разрешения. Доступен вывод излучения через коллиматор или изолятор.

PILAS picosecond pulsed diode lasers are designed for both industrial and scientific applications. Models with wavelengths ranging from 375-1550 nm and pulse repetition rates from single to 40 MHz.

Its unique design allows it to be used in primary or secondary device configurations, which provides exceptional versatility of use. Peak power ranges from 20 to 400 mW over the wavelength range of 375 nm to 1550 nm, allowing PILAS to be used for a wide range of applications.

A versatile nanosecond pulsed laser system designed for industrial applications. In the standard configuration, KATANA provides 35 ps pulses and pulse repetition rates up to 100 MHz. Standard models provide frequencies from 0.05 MHz to 1 MHz or 20 MHz to 80 MHz.

KATANA's unique design allows for both primary and secondary operation for versatility of use. The KATANA is designed to allow for 24/7 maintenance-free operation.

High performance ytterbium fiber gain modules. They are designed for operation with ultrafast pulsed fiber lasers. The modules are equipped with an additional input for single-mode fiber with a step index of 10 or 15 µm. The amplifying fiber has a large modal MFD field diameter.

The aeroGAIN-BASE design has proven industrial reliability in 24/7 operation based on long-term testing, including
25,000 hours of continuous operation at 55 W output power.

Powerful fiber gain module for ultrafast pulsed lasers. The 3300 µm2 mode field area and high absorption of the pump radiation enable power previously only available in solid-state configurations. The rugged aluminum housing makes the module easy to operate and mount for OEM integration and scientific laboratories.

Pumping is accomplished using proven airclad technology, which features high reliability and damage threshold, as well as a large numerical aperture. Integrated water cooling with quick disconnect coupling provides efficient temperature control and a long maintenance-free life of thousands of hours.

Doped with ytterbium and thulium, they have the world's largest single-mode cores. The high numerical aperture of the core and inner sheath allows high efficiency pumping with powerful broadband emitters.

Ytterbium double-sheath fibers made by photonic crystal fiber technology are air-sheathed fibers. The large mode area allows high power levels to be achieved while avoiding nonlinearity and providing good overlap between the pump and signal guide.

Hollow core fibers with a photonic bandgap allow ultra-short pulse transmission without nonlinear effects or material damage, and can withstand severe bending without affecting transmission. They are insensitive to radiation and are suitable for harsh radiation environments.

Hollow fibers with photonic bandgap are ideal for narrow spectral bandwidth signal transmission, power transmission, pulse shaping and compression, nonlinear optics, gas spectroscopy, fiber optic gyroscopes and sensors.

Combine a very small mode area and a specially tailored dispersion profile to efficiently generate supercontinuum with pump sources at 800 nm, 1050 nm and 1064 nm.

Optimized for the main pump laser wavelengths. Most nonlinear fibers are available with FC/PC connectors.

Optimized to provide low loss over a wide wavelength range while maintaining high efficiency. Designed to transmit high power radiation with diffraction limitations. Large mode area prevents nonlinear effects and material damage.

Single-mode fibers have no higher order mode cutoff and provide excellent mode quality at all wavelengths. Core diameters from 5 to 25 µm.