Description
Lasers are based on Single Longitudinal Mode linear, telescopic or ring type master-oscillator design. Single Longitudinal Mode module is installed that narrows spectral linewidth and provides long pulse coherence length. All the lasers produce TEM00 near diffraction limited radiation at a variety of energies, wavelengths and repetition rates. Design features include a highly stable passively or EO Q-switched oscillators. SuperINVAR based resonator framing is accomplished with multi-point active temperature distribution control of laser breadboard giving output energy stability only expected with more expensive compact diode pumped lasers.
The G-MINI series pulsed lasers usually are being manufactured for particular client application, maximum fulfilling laser functionality and its adaptability in each specific case.
Fundamental lasing is of wide choice and frequency conversion to the 2nd, 3rd and 4th harmonics gives variety of lasing wavelengths.
Fundamental, nm | 1047 | 1053 | 1064 | 1079 | 1313 | 1319 | 1338 | 1342 | |
Harmonics, nm | 2nd | 524 | 527 | 532 | 540 | 657 | 660 | 669 | 671 |
3rd | 349 | 351 | 355 | 360 | 438 | 440 | 446 | 447 | |
4th | 262 | 263 | 266 | 270 | 328 | 330 | 335 | 336 |
TYPICAL LASER ABLATION SPOTS AND ENERGY STABILITY DIAGRAMS
SYSTEM FEATURES
- Unique SLM Master-oscillator design based on self seeding technique (E-O);
- The Mode Hoping option providing that only one mode exist on the shot is applicable as option;
- Flash lamp or Diode pump design;
- Active cavity stabilization systems;
- Low maintenance cost;
- Low electrical consumption.
- PC control via RS232 using advanced Geola software or LabView drivers;
- Lasers are CE marked according to IEC 60825-1:2001/EN 60825-1:2001