Ytterbium Femtosecond Fibre Laser

Through a combination of advanced optical technology and new laser materials, we offer a new generation of all solid-state, diode-pumped ultrafast lasers. Direct benefits for the users are reduced size, improved reliability and lower cost, and unmatched optical performances.

MAGMA GOJI Satsuma X
Magma is the world’s first industrial-grade ultrafast laser with up to 200 mJ pulse energy. The system offers high energy, high repetition rate together with high peak power capabilities.

The modular platform allows evolutive solutions in compact and reliable customizable configurations to fit your highly demanding application.

  • From 2 mJ to 200 mJ
    Pulse energy
  • < 500 fs
    Pulse duration
  • From > 4 GW to > 400 GW
    Peak power
 High precision and compact femtosecond laser / The Goji benefits from our 15 years’ experience in laser surgical applications. It has been specifically engineered and tested to meet the requirements of today’s most demanding medical and industrial markets.

  • > 5 W
    Average power
  • > 125 nJ to > 500 nJ
    Energy per pulse
  • <150 fs
    Pulsewidth
 Powerful & Versatile Ultrafast Laser

Satsuma X is an all-in-one and robust femtosecond laser dedicated to all needs in industry and science. With a full suite of unique features, Satsuma X fits any material processing targets, such as battery patterning, nozzle drilling, high-quality texturing, wafer dicing, OLED cutting, etc. Satsuma X also gives full satisfaction to research laboratories for diverse applications such as life science, cellular imaging, accelerators, X-ray imaging, neuroscience & optogenetics, etc.

Satsuma X is a robust 50 W femtosecond platform combining high energy (500 ?J), high repetition rate (tunable up to 40 MHz), and high beam quality. It is designed for the most demanding applications, such as 24/7 industrial operation.
SATSUMA TANGOR UV TANGOR
Versatile, full-featured and compact ultrafast laser / The Satsuma family of femtosecond laser offers versatility in the most compact aircooled laser platform on the market. Satsuma is a cost-efficient solution providing high repetition rate and high energy, up to 150 µJ.
Versatile and full-featured, Satsuma femtosecond lasers are equipped with: FemtoBurst™ (choose number of pulses, rhythms, time between each pulse from 25 to 100 ns); the trigger on demand for selecting individual pulses, and SuperSync Control for getting more precise synchronization with a high speed scanning system. Satsuma femtosecond laser is available with green, UV and deep UV outputs.

The Ultrafast laser Satsuma is compatible with FIBER module. See video.

  • Average power
    From > 5 W to > 50 W
  • Energy per pulse
    From > 10 µJ to > 40 µJ / 150 µJ
  • Pulsewidth
    < 350 fs to > 10 ps
 Tangor UV is a state-of-the-art high power UV femtosecond laser, up to 30W-500fs. It combines high repetition rate, up to 2MHz and high UV pulse energy, up to 80µJ.

Thanks to the unique performance of Tangor UV, Amplitude enables you to reach the best balance available on the laser market between cutting quality and throughput.

In addition, femtosecond UV pulses guarantee the best processing flexibility and the fastest way to obtain excellent results, irrespective of the type of optical setup used. Upgrade your OLED manufacturing processes to UV femtosecond to achieve the highest yield and productivity.

Tangor UV is compact and lightweight, making the integration smooth for in-line display equipment.

  • > 30 W
    Average Power
  • Up to 80 µJ
    Energy Per Pulse
  • 500 fs
    Pulse Width
 Powerful, full-featured and versatile femtosecond laser / Tangor is a high power ultrafast laser laser combining both high repetition rate (going up to 40 MHz and adjustable according to your needs) and high energy per pulse (going up to 1 mJ that can be splitted in several beams according to your production need).

Versatile and full-featured, Tangor femtosecond laser is equipped with: the customization function FemtoBurst™ (choose the number of pulses, their rhythms, time between each pulse between 25 to 100 ns, etc.), the trigger on demand for selecting individual pulses, SuperSync Control for getting more precise synchronization with a high speed scanning system.

High power ultrafast laser Tangor is available with UV output going up to 100 W.

  • From > 50 W to > 300W
    Average power
  • From > 300 µJ to > 1mJ
    Energy per pulse
  • < 500 fs to > 10 ps
    Pulsewidth
SYNCHRONIZATION MANGO Optical Parametric Amplifier FIBER
Sync and Amplock are state-of-the-art synchronization add-ons compatible with all Amplitude ultrafast laser portfolio. This versatile solution is designed for highest accuracy synchronization of the laser system to either a radio frequency or an optical reference.
These two add-ons, by offering both accuracy and reliability for long-term synchronization, are a must-have for demanding applications such as ultrafast pump-probe experiments, or integrated into secondary sources such as FELs, ICS and OPAs.
 Mango is a unique platform of optical parametric amplifier built to conform to the highest quality standards. This system can deliver any wavelength from 210 nm to 11,000 nm from the same output port with the same polarization for ultimate ease of use.

Amplitude has created and developed two models:

  • Mango SP offering shorter pulses and complete dispersion management for applications requiring more peak intensity, such as 3P-imaging, or better temporal resolution.
  • Mango HE operating at much higher pump energies to drive processes requiring higher intensities while preserving broadband tuning.
 Using hollow-core fiber technology, the FIBER module enables the delivery of ultrashort laser pulses without the negative effects of dispersion and non-linearity.

FIBER module integrates a complete beam launching system, a fiber, a collimation module, and an adapted flange to connect your fiber directly to your scanning system.

FIBER is a module compatible with Satsuma Laser. See video.
Starzz TwinStarzz Wizzler
Introducing a groundbreaking generation of ultrafast light sources, this innovative technology achieves unparalleled stability in Carrier-Envelope Phase (CEP), while boasting impressive average power and exceptional versatility.

By integrating industrial-grade Yb-doped pump lasers with Fastlite’s cutting-edge advancements, this new era in ultrafast laser science establishes unprecedented benchmarks. The Starzz OPCPA systems, built upon the Tangor 300 femtosecond pump laser, offer a remarkable capability to span a broad spectrum of wavelengths, ranging from 800nm to 3?m, and deliver pulses of only a few cycles in duration.

 The TwinStarzz, featuring a revolutionary and exceptionally stable design, offers remarkable simplicity while delivering efficient, short, and tunable pulses in the mid-infrared (MIR) range. This breakthrough technology unlocks unprecedented possibilities for highly demanding applications.

With the remarkable capability to extend its wavelength range from 235nm to 1800nm, the TwinStarzz becomes the perfect tool for various spectroscopy experiments.

It serves as a unique, all-in-one solution, saving both cost and space, and establishing itself as an outstanding optical parametric amplifier (OPA).

 Wizzler products offer precise measurements of the spectral phase and intensity of tightly compressed ultrafast laser pulses, emphasizing high contrast and single shot capabilities. These exceptional products rely on FASTLITE’s groundbreaking invention and patented technique called Self-Referenced Spectral Interferometry (SRSI).

In SRSI, a reference pulse with a uniform spectral phase is ingeniously produced from the input pulse through the process of cross-polarized wave generation (XPW), enabling accurate and reliable results.
Dazzler Ftirzz Mozza
Dazzler products are complete and ready-to-use systems for shaping ultrafast laser pulses, offering simultaneous and independent control over both spectral phase and amplitude.

The core technology behind the Dazzler, also known as the Acousto-Optic Programmable Dispersive Filter (AOPDF), operates through a longitudinal interaction within a birefringent crystal.

By utilizing a polychromatic acoustic wave and a polychromatic optical wave, this interaction enables precise control over optical signals spanning the hundreds of Terahertz range. Such control is achieved by manipulating RF signals in the tens of Megahertz range.

 The TwinStarzz, featuring a revolutionary and exceptionally stable design, offers remarkable simplicity while delivering efficient, short, and tunable pulses in the mid-infrared (MIR) range. This breakthrough technology unlocks unprecedented possibilities for highly demanding applications.

With the remarkable capability to extend its wavelength range from 235nm to 1800nm, the TwinStarzz becomes the perfect tool for various spectroscopy experiments.

It serves as a unique, all-in-one solution, saving both cost and space, and establishing itself as an outstanding optical parametric amplifier (OPA).

 The Mozza MIR spectrometers are perfectly suited for accurately characterizing the spectra of pulsed infrared (IR) laser sources, whether they operate at a few Hz or multi-kHz repetition rates. What sets Mozza apart is its distinctive design that eliminates the need for any moving parts.

This innovative approach enables rapid scanning at high speeds, perfectly synchronized with the laser system.
Fringeezz
Positioned following an f-to-2f configuration, the Fringeezz effectively captures the Carrier-Envelope Phase (CEP) error with an impressive speed of up to 15 kHz.

It surpasses conventional methods by offering a CEP measurement rate that is 100 times faster. Additionally, it possesses the exceptional capability of single-shot measurements at frequencies of up to 1 MHz. As a result, the Fringeezz establishes itself as the cutting-edge standard tool for rapid CEP measurements.