t-Pluse & Mikan oscillators

Amplitude Systemes' ultrafast oscillators have been the first commercial lasers to take full advantage a new class of laser materials, using Ytterbium as dopant.

Ytterbium doped laser materials can be directly diode-pumped, thus eliminating the need for an intermediate pump laser used in traditional Titanium:Sapphire lasers. They also offer a number of attractive properties, such as a very high thermal efficiency, and the capability to generate femtosecond pulses with a high average power.
 The result is a family of compact and reliable lasers, with high average power, exceptional energy per pulse and excellent pulse-to-pulse stability. The latest model in the t-Pulse series delivers an unprecedented 500 nJ of energy, the Mikan model is an ultra-compact, air-cooled femtosecond oscillator. The t-Pulse Duo is a system specifically designed for advanced pump-probe measurements.
Available with picosecond or femtosecond regime, compatible with a wide range of extensions for added flexibilities, the t-Pulse and Mikan series of ultrafast oscillators will meet even the most demanding needs.

Model

Mikan

t-Pulse 200

t-Pulse 500

t-Pulse ps

Wavelength (nm)

 1030

1030

1030

1064

Energy (nJ)

20

200

500

40

Average power (W)

1

2

5

>2

Pulse duration

< 200 fs

< 400 fs

< 500 fs

< 10 ps

Repetition rate (MHz)

50

10

10

50

Application examples:

• Multiphoton microscopy

• Lab-on-chip

• Laser ultrasonics

• Nano-surgery

• Nano-machining

• Eye surgery

Mikan mechanical interface