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The Enlight Ultrafast Seedo lasers with 2-50ps pulse width provides a cutting-edge and reliable light source for demanding applications of micro-machining, semi-conductor inspection, optical metrology, multi-photon spectroscopy, and excellent seed source for optical amplifiers, and nonlinear wavelength conversion to longer or shorter ...
  • Mode Locked Power (avg.): 30 mW
  • Pulse Duration: 6000 fs
  • Bandwidth (FWHM): 0.24 nm
  • Repetition Rate: 20 - 40 MHz
  • Pulse Energy: 1 nJ
  • ...
Data Sheet
The gecco is a fully equipped, compact femtosecond laser in a sealed enclosure, available with an average power of >600 mW and with a choice of <15 fs or <20 fs pulse durations. The gecco is offered with repetition rates of 80-94 MHz, and in both cases it is possible for the repetition rate to be locked to an external ...
  • Mode Locked Power (avg.): 600 mW
  • Pulse Duration: 20 fs
  • Bandwidth (FWHM): 40 nm
  • Repetition Rate: 80 - 94 MHz
  • Pulse Energy: 7 nJ
  • ...
Data Sheet
The gecco is a fully equipped, compact femtosecond laser in a sealed enclosure, available with an average power of >600 mW and with a choice of <15 fs or <20 fs pulse durations. The gecco is offered with repetition rates of 80-94 MHz, and in both cases it is possible for the repetition rate to be locked to an external ...
  • Mode Locked Power (avg.): 600 mW
  • Pulse Duration: 15 fs
  • Bandwidth (FWHM): 50 nm
  • Repetition Rate: 80 - 94 MHz
  • Pulse Energy: 7 nJ
  • ...
Data Sheet
The gecco is a fully equipped, compact femtosecond laser in a sealed enclosure, offering an average power of and with a choice of or pulse durations. The gecco is offered with repetition rates of with optional repetition rate locking to an external source. Designed for simple installation and system integration, the gecco ...
  • Mode Locked Power (avg.): 1000 mW
  • Pulse Duration: 20 fs
  • Bandwidth (FWHM): 40 nm
  • Repetition Rate: 70 - 110 MHz
  • Pulse Energy: 12.5 nJ
  • ...
Data Sheet
The taccor one is a unique turn-key femtosecond laser with integrated pump source in a hermetically sealed cavity. At 1GHz repetition rate, it delivers more than 1.6W of average power with pulse durations
  • Mode Locked Power (avg.): 700 mW
  • Pulse Duration: 60 fs
  • Bandwidth (FWHM): 15 nm
  • Repetition Rate: 1000 - 1000 MHz
  • Pulse Energy: 1.6 nJ
  • ...
Data Sheet
The taccor power is a hermetically sealed true hands-free femtosecond laser with a repetition rate of 1GHz and a self-mode locking mechanism that ensures constant pulse performance. It is optimised for the highest available power output, offering up to 1.8W at the Ti:Sapphire gain maximum around 800nm.
  • Mode Locked Power (avg.): 1800 mW
  • Pulse Duration: 30 fs
  • Bandwidth (FWHM): 23 nm
  • Repetition Rate: 1000 - 1000 MHz
  • Pulse Energy: 1.8 nJ
  • ...
Data Sheet
The taccor ultra is a unique turn-key femtosecond laser with integrated pump source in a hermetically sealed cavity. At 1GHz repetition rate it delivers up to 1.6W of average power with pulses that can be as short as 15fs. The taccor is designed as self-mode-locking and stabilising. To find out more click here
  • Mode Locked Power (avg.): 1600 mW
  • Pulse Duration: 15 fs
  • Bandwidth (FWHM): 46 nm
  • Repetition Rate: 1000 - 1000 MHz
  • Pulse Energy: 1.6 nJ
  • ...
Data Sheet
The taccor x10 is a turn-key femtosecond laser with a 10GHz repetition rate, delivering more than 1W of average power in pulses as short as 50fs. The taccor x10 features repetition rate control and pump power modulation for effective control of the carrier-envelope offset frequency. The taccor x10 gives up to 1mW per comb line ...
  • Mode Locked Power (avg.): 1000 mW
  • Pulse Duration: 50 fs
  • Bandwidth (FWHM): 15 nm
  • Repetition Rate: 10000 - 10000 MHz
  • Pulse Energy: 0.1 nJ
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Data Sheet
The gigajets are a femtosecond oscillator family designed to deliver 850mW - 1.8W of average power at 1GHz repetition rate. Its temperature controlled housing ensures stable performance over long periods and can be optimised for power, short pulse duration or tunability. To find out more click here
  • Mode Locked Power (avg.): 1800 mW
  • Pulse Duration: 30 fs
  • Bandwidth (FWHM): 23 nm
  • Repetition Rate: 500 - 1000 MHz
  • Pulse Energy: 3.6 nJ
  • ...
Data Sheet
The gigajets are a femtosecond oscillator family designed to deliver 850mW - 1.8W of average power at 1GHz repetition rate. Its temperature controlled housing ensures stable performance over long periods and can be optimised for power, short pulse duration or tunability. To find out more click here
  • Mode Locked Power (avg.): 1.4 mW
  • Pulse Duration: 50 fs
  • Bandwidth (FWHM): 20 nm
  • Repetition Rate: 1000 - 1000 MHz
  • Pulse Energy: 1.4 nJ
  • ...
Data Sheet
ased on the venteon ultra oscillator, the venteon CEP5 laser is a complete carrier-envelope-phase (CEP) stabilised laser system. In addition to the octave-spanning oscillator, this system includes an f-to-2f interferometer for fCEO beat generation and a low-noise pump laser placed on the same, water-cooled breadboard and all ...
  • Mode Locked Power (avg.): 220 mW
  • Pulse Duration: 5.5 fs
  • Bandwidth (FWHM): 380 nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: 2.75 nJ
  • ...
Data Sheet
The venteon dual laser system represents the ideal front-end for broadband few-cycle OPCPA applications. The spectral bandwidth of this laser allows for the generation of broadband sub-6fs pulses as a signal for a subsequent NOPA stage and provides sufficient pulse energy (>30pJ @ 1030nm) for seeding an Yb-based amplifier ...
  • Mode Locked Power (avg.): 200 mW
  • Pulse Duration: 5.5 fs
  • Bandwidth (FWHM): 380 nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: 2.5 nJ
  • ...
Data Sheet
The venteon one laser system is a compact, low-priced and robust source for ultrashort pulses <7fs (transform limited <8fs (measured) on a compact footprint of only 260mm x 600mm. The monoblock design is optimised for low pump threshold and includes an integral pump laser. To find out more click here
  • Mode Locked Power (avg.): 240 mW
  • Pulse Duration: 7.5 fs
  • Bandwidth (FWHM): 200 nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: 3 nJ
  • ...
Data Sheet
The venteon power laser system integrates a state of the art DPSS pump laser on an advanced, monolithic breadboard and is designed, then optimised to offer the highest possible power output for the configuration. This system delivers >560mW of sub-7fs short laser pulses directly out of the box (7.5nJ @ 80MHz repetition ...
  • Mode Locked Power (avg.): >560 mW
  • Pulse Duration: <7.5 fs
  • Bandwidth (FWHM): >200 nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: >7 nJ
  • ...
Data Sheet
The venteon ultra laser system provides unique spectral properties with an integrated state of the art DPSS pump laser on a novel designed, monolithic breadboard. It is designed and optimised to offer the shortest available pulse durations. It delivers >240mW of sub-5.5fs short laser pulses directly out of the box (>3nJ @ 80MHz ...
  • Mode Locked Power (avg.): 240 mW
  • Pulse Duration: 5 fs
  • Bandwidth (FWHM): 380 nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: 3 nJ
  • ...
Data Sheet
The venteon range of femtosecond oscillators uses ultra-short pulse laser  technology and offers the shortest commercially available pulses at <5 fs (FTL), bandwidths >400 nm and average powers >900 mW. The compact monolithic design is optimised for low pump thresholds and contains an integrated pump laser. With long ...
  • Mode Locked Power (avg.): 900 mW
  • Pulse Duration: 12 fs
  • Bandwidth (FWHM): 60 nm
  • Repetition Rate: 79.9 - 80.1 MHz
  • Pulse Energy: 11 nJ
  • ...
Data Sheet
FemtoBlanc FWM-1 femtosecond oscillator
FemtoBlanc Inc.
Introducing the FemtoBlanc FWM-1 femtosecond oscillator. The FWM-1 adheres to Femtoblanc’s engineering philosophy of “More for Less” by providing higher pulse energies than traditional femtosecond oscillators while maintaining dependability with a low cost of materials. With pulse energies up to 10 nanojoules you can be sure the ...
  • Mode Locked Power (avg.): 100 mW
  • Pulse Duration: 250 fs
  • Bandwidth (FWHM): N/A nm
  • Repetition Rate: 40 - 40 MHz
  • Pulse Energy: 10 nJ
  • ...
Data Sheet
FemtoRose 100 TUN/NoTouch
R&D Ultrafast Lasers Ltd.
FemtoRose 100 TUN/NoTouch is developed for applications where tunable femtosecond laser pulses of 80-150 fs duration are required, such as nonlinear microscopy or time resolved spectroscopy. Using our patented ultrabroadband chirped mirror (UBCM) optics, the laser can be tuned within the 680-1040 nm regime without ...
  • Mode Locked Power (avg.): 1500 mW
  • Pulse Duration: 150 fs
  • Bandwidth (FWHM): N/A nm
  • Repetition Rate: 76 - 76 MHz
  • Pulse Energy: 20 nJ
  • ...
Data Sheet
FemtoRose 100 MDC Compact/NoTouch
R&D Ultrafast Lasers Ltd.
FemtoRose 100 MDC Compact/NoTouch combines a 532 nm pump laser and our patented mirror dispersion controlled mode-locked Ti:Sapphire oscillator into one integrated box. This is a fixed-wavelength version of our FemtoRose 20 MDC laser operating at around 800 nm. The central wavelength of the laser (typically set to 820 ...
  • Mode Locked Power (avg.): 500 mW
  • Pulse Duration: 150 fs
  • Bandwidth (FWHM): 6 nm
  • Repetition Rate: 76 - 76 MHz
  • Pulse Energy: 7 nJ
  • ...
Data Sheet
FemtoRose 20 MDC Compact
R&D Ultrafast Lasers Ltd.
FemtoRose 20 MDC Compact combines a 532 nm pump laser and our patented mirror dispersion controlled mode-locked Ti:Sapphire oscillator into one integrated box. This is a fixed-wavelength version of the FemtoRose 20 MDC operating at around 800 nm. It is available in 2 W and 4 W pumped versions. In this configuration, ...
  • Mode Locked Power (avg.): 450 mW
  • Pulse Duration: 100 fs
  • Bandwidth (FWHM): N/A nm
  • Repetition Rate: 80 - 80 MHz
  • Pulse Energy: 6 nJ
  • ...
Data Sheet

Did You know?

Ultrashort light pulses make it possible to observe chemical reactions, opening up the field of femtochemistry. Other current and/or future applications include high capacity telecommunications systems, photonic switching devices, optical coherence tomography, and high precision surgical cutting. The damage to surrounding tissues during surgery is greatly reduced as the pulse duration decreases. Of course, this is not the only reason that scientists are keen to reduce the pulse duration. Light pulses with the shortest possible duration offer a wealth of benefits both for fundamental research and for technical applications.