Product information "Matisse 2 D Series Classic Tunable Dye CW Ring Lasers"
420-760 nm; Output Power 0.8-6.0 W; Linewidth <0.070-<2 MHz rms; Beam Radius 0.6-0.7 mm Typical; Beam Divergence <1.2 mrad; Scan Range >60 GHz
Sirah Lasertechnik’s Matisse 2 D Series of classic tunable dye CW ring lasers is the most flexible single-frequency laser series on the market. It can be easily converted by the user from Dye laser medium to Titanium:Sapphire (Ti:Sa) laser medium (see also Matisse 2 T Series Classic Tunable Ti:Sa CW Ring Lasers).
This series’ special optics make an enlarged tuning range (420 nm to 760 nm) accessible to the user. Electronic laser self-alignment (ELSA) technology allows hands-free operation. A range of extension modules is available from 210 nm to 4200 nm. Extended scans over nanometers are possible, requiring wavemeter and optional fiber launch integrated in the Matisse 2 D Series laser. Its low amplitude noise ensures quiet laser operation.
While Matisse 2 DR lasers are passively stabilized to below 20 MHz, Matisse 2 DS lasers are actively stabilized to below 200 kHz and Matisse 2 DX lasers are Pound-Drever-Hall stabilized to a very narrow linewidth of below 100 kHz.
Most applications involving the Matisse 2 D lasers require very precise manipulation of the laser‘s frequency. This includes tuning the Matisse to a specific wavelength, scan the laser over a defined frequency range, or fix the output to a special wavelength. A variety of integrated wavemeters is available for the Matisse 2 D lasers that provide turn-key ready solutions to these tasks. These wavemeters give real-time feedback on the laser‘s wavelength, thus allowing fully automized control of the Matisse 2 D laser system.
The Matisse 2 D lasers incorporate a stack of optical filters, which together select a single cavity mode. Setting these filters to achieve output at a specific wavelength requires the careful execution of a number of optimizations. This task is fully automized when an integrated Matisse 2 wavemeter is present. The only user inputs required is the desired wavelength and whether the laser should have maximal scanability to the short or long wavelength range. Further features available with the integrated wavemeters include Extended Scan and Counter Drift.
Single-frequency Laser Radiation
High Power Output: Up to 7.0 W
Low Amplitude Noise: Quiet Laser Operation
Special Optics for Enlarged Tuning Range: 420 – 760 nm
Narrow Linewidth / High Spectral Resolution: <27 kHz rms to <2 MHz rms
Extension Modules Available From 210 nm to 4200 nm
Hands-free Operation With ELSA (Electronic Laser Self Alignment)
Field-serviceable: Optics Change, Maintenance, Upgrades, Conversion to Matisse 2 T
Intracavity EOM Available
Matisse 2 DR
Matisse 2 DS
Matisse 2 DX
550 - 760 nm
Specified Power @ approx. 780 nm
0.8 - 6.0 W
1.4 - 4.5 W
0.6 - 0.7 mm Typical
< 20 MHz rms / 100 ms < 2 MHz rms / 100 µs
< 200 kHz rms / 100 ms < 140 kHz rms / 100 µs
< 100 kHz rms / 100 ms < 70 kHz rms / 100 µs
<1.2 mrad (Half Angle)
<0.5% rms (Above Pump Noise, Added in Quadrature)
> 60 GHz (At Maximum of Rhodamin 6G)
354 x 850 x 238-252 mm
435 x 850 x 238-252 mm
Millenia Series (Contact AMS Technologies for Other Pump Lasers)
Constant Temperature +20 - +30 °C, 80% Max. Rel. Humidity
Required for Circulator (~300 W)
Vibrational Isolated Optical Table, Dust-free Air (Flow Box)