2400nm, 10nJ Femtosecond Laser

IPG Photonics Model CLPF-2400-10-70-1
2400nm Femtosecond Laser
10nJ Pulse

Typical Specifications:
- Wavelength range: 2.1-2.6 μm
- Spectral bandwidth FWHM: 50-150 nm
- Maximum average power: >1 W
- Pulse energy: 10 nJ typ. @ 2.4 μm
- Repetition rate: 80-200 MHz, typ. 80
- Pulse duration: 40-150 fs, typ. 70
- Long term power stability: 1%
- Polarization: linear, >100:1
- Output beam mode: M2 < 1.2
- Beam diameter (FW, 1/e2): 1.5 ± 0.5 mm
- Beam divergence: < 0.5 mrad
- Warm up time: 15 min.

Description:
Fiber laser from IPG Photonics with femtosecond pulse output. Key features of the fiber laser are Custom Fixed Central Wavelength 2100nm to 2400nm, Wavelength Tuning Option, Pulse Duration from 40 fs, Beam Quality M2 <1.2, RF Output Monitoring Option and Master-slave Piezo Synchronization Option. The femtosecond fiber laser was designed for applications in Multi-photon Imaging, Supercontinuum Generation, Spectroscopy, Metrology, Biomedical Applications, High-harmonic Generation and Mid-lR applications. Customer selected fixed pulse repetition interval from 80-400 MHz with 2 watt output power. Femtosecond fiber laser output at 2400nm with pulse energies up to 10nJ.