680nm-1300nm, 1W Femtosecond Laser

Spectra-Physics InSight DS+
680nm-1300nm Femtosecond Laser
1W Output Power

Typical Specifications:
- Tuning Range: 1041 nm (fixed)
- Average Power: >1.5 W at 1041 nm
- Pulse Width: <200 fs (fixed)
- Repetition Rate: 80 MHz ±0.5 MHz
- Noise: <0.5%
- Stability: <±1%
- Spatial Mode: TEM00, M2 <1.2
- Polarization: >500:1 horizontal
- Beam Divergence, full angle: <1.5 mrad
- Beam Diameter (1/e2): 1.1 ±0.2 mm
- Beam Roundness: 0.8–1.2
- Beam Pointing Stability: N/A
- Tuning Speed: N/A
- Dispersion Range: 800 nm: 0 fs to -25,000 fs

Description:
Femtosecond laser with tunable wavelength from Spectra-Physics. Laser features the broadest tuning range for deepest imaging, dual output at 1041nm for simultaneous two-photon imaging, and short pulse width and highest peak power for maximum fluorescence. Femtosecond laser has ideal beam characteristics optimized for multiphoton imaging. Applications for the Spectra-Physics laser include Multiphoton microscopy, Multimodal imaging , Optogenetics, Time-resolved photoluminescence, Non-linear spectroscopy, Optical computed tomography, Surface second harmonic generation, Terahertz imaging, and Semiconductor metrology. Pulse repetition is 80MHz at a pulse duration of 120fs. Femtosecond laser with tunable output wavelength range of 680nm to 1300nm with output powers up to 1 watt.