. Diode-pumped femto second laser

. A short pulse duration

. A high repetition rate

. Excellent beam quality

. Laser is buit on a compact, small footprint ruggod
   mechanical base for improved stability

. Simple control electronics

. Not requir external water cooling

. Use long lifetime, high reliability laser diodes

. Designed for simply daily operation, a short warm-up
   time and excellent day to day repeatability

. Diode pumped femto second laser

. Ytterbium doped laser meterial

. Compact and reliable laser source

. Exceptional energy / pulse

. Excellen pulse to pulse stability

. Very high thermal efficiency

. The capability to generate femto pulses
   with a high average power

. Designed for simply daily operation, a short warm-up
   time and excellent day to day repeatability

  Pulse duration 180 fs

Warm-up time of the t-Pulse laser

. Compact 10 Hz femto second amplifier

. High output peak power

. Well suite field physics experiments

. The high beam guality (ganssian profile)

. The excellent energy stability

The modular design of the amplifier allows an easy
evolution to a higher power.
The Pulsar 50 can be upgraded, at the customer site, to a higher power ( 3 TW, 6 TW, 20 TW).

. Compact 6 TW ultrafast laser

. 10 Hz femto second amplifier

. Excellent beam profile M2, contrast, stable peak power

. Ideal tool for high field physics experiments
  (X-ray generation, electron accelaration...)

The design of the system ensures simple daily operation,
a short warm-up time and excellent day-to-day repeatability.
The Pulsar 600 is the result of more than 10 years of experience

in the design of high energy lasers by Amplitude Technologies's team.

. 20 TW peak power ultrafast laser

. Excellent beam profile, M2, contrasit, stable peak power
   in a compact package.

. An ideal tool for righ field physics experimerts
  (X-ray generation, electron acceleration...)

The modular design of the laser allows simple daily operation,

as well as time-shared used of the beam between different experiments.

The Pulsar 2000 is the result of more than 10 years of experience

in the design of high energy lasers by Amplitude Technologies's team.

Offered in collaboration with Fastlite, the Dazzler Acousto-Optic

Programmable dispersive filter (AOPDF) is a temporal filter of

arbitrary shape (amplitude and phase) for ultrafast laser.

It is used in the PULSAR series of high energy ultrafast amplifier for

programmable compensation of time dispersion, as well as arbitrary

pulse shaping.

The device consists of a small matchbox-sized enclosure inserted

in the PULSAR amplifier.

The control electronics is installed away from the experiment.

User-friendly software is pre-installed in a notebook computer,

included in the supply.

Sequoia is the first commercial high dynamic range
third-order femtosecond cross-correlator.

Developed by Amplitude Technologies under license from

the French CEA (Atomic Energy Commisssion), Sequoia is

an ideal tool for high precision measurements of the

temporal pulse shape of femtosecond lasers.

The Cryostar 200 is a cryogenically cooled Ti:sapphire crystal mount,

for high average power femtosecond amplifiers.

This innovative component significantly improves the spatial beam quality

in high energy and high average power femtosecond amplifiers.

It is specifically designed for multi-terawatt 10 Hz (10 to 50 TW) and

multi-millijoule kilohertz femtosecond lasers.

Decreasing the temperature of the Ti:Sapphire crystal strongly increases

its thermal conductivity, therefore drastically reducing the wavefront

distorsions induced by the pump beam

( thermal lensing, thermal wavefront distorsion):