
ELMO 780 Femtosecond Erbium Lasers
Menlo Systems’ fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use products. Menlo Systems’ unique figure 9® mode locking technology results in reproducible and long-term stable operation. The ELMO 780 with its modular concept and its compact frequency doubling module is optimized for OEM integration and maximum versatility. The system is maintenance free and engineered for 24/7 operation.
Products
Specifications
Applications
Request for Quotation
ELMO 780 | ELMO 780 HIGH POWER | |
Central Wavelength | 780 nm ± 10 nm | 780 nm ± 10 nm |
Average Power | >75 mW (typ. 85 mW) | >140 mW (typ. 165 mW) |
Pulse Width | <100 fs (typ. 85 fs) | <100 fs (typ. 85 fs) |
Output Port | free space | free space |
Polarization | linear, p-polarized** | linear, p-polarized** |
Dispersion Management | pigtailed and versatile SHG module with up to 0.5 m optical fiber supply* | pigtailed and versatile SHG module with up to 0.5 m optical fiber supply* |
Repetition Rate* | 100 MHz (50-100 MHz with VARIO) | 100 MHz (50-100 MHz with VARIO) |
Output Port at 1560 nm*** Switchable 780 nm/1560 nm | fiber coupled, 1560 nm, >180 mW (typ. 210 mW), <70 fs (typ. 50 fs) after up to 0.8 m detachable polarization maintaining patch cord | fiber coupled, 1560 nm, >180 mW (typ. 210 mW), <70 fs (typ. 50 fs) after up to 0.8 m detachable polarization maintaining patch cord |
2nd Fiber-Coupled Seed Port | yes | yes |
2nd High Power Output Port | available with MULTIBRANCH | available with MULTIBRANCH |
Amplitude noise < 0.5% rms (over 24h)
Reproducibility
Identical and consistent laser performance
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- Menlo figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 50-100 MHz
- Smallest Footprint, No additional laser driver required
- Amplifier seeding
- Terahertz generation & terahertz physics
- 2-Photon polymerization and 3D printing
- Ultrafast Spectroscopy
- Multi-Photon Excitation