Tiberius Fast-Tuning Ti:S Laser by Thorlabs
Description
Thorlabs Tiberius® Ti:Sapphire Laser provides 140 fs pulses over a wide tuning range with industry-leading tuning speeds of up to 4000 nm/s. Collaboratively designed and manufactured in-house with Thorlabs' multiphoton imaging specialists, this femtosecond laser offers hands-free operation that easily meets the stringent demands of the non-linear optical imaging community.
An ideal choice for two-photon microscopy, the Ti:Sapphire laser cavity offers an average power greater than 2.3 W at 800 nm and a wavelength that is tunable from 720 nm to 1060 nm, allowing the user to target specific compounds for two-photon fluorescence imaging and photo-stimulation / uncaging.
This femtosecond laser emits pulses that are 140 fs in duration with a relatively narrow spectral bandwidth. This spectral design reduces the effect of pulse broadening caused by Pockels cells and other dispersive elements while still providing high peak intensity for two-photon excitation.
For the most up to date information, please visit Thorlabs.com.
Tiberius Fast-Tuning Ti:S Laser by Thorlabs
Specifications |
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Mode Locked Power (avg.): | 2300 mW |
Pulse Duration: | 140 fs |
Bandwidth (FWHM): | 10 nm |
Repetition Rate: | 77-77MHz |
Pulse Energy: | 30 nJ |
Center Wavelength: | 720-1060nm |
Tuning Speed: | 4000 nm/s |
Features
Fast tuning speeds between wavelengths, a footprint approximately half that of typical Ti:S solutions, sealed maintenance-free cavity, and >1W from 720 nm to 960 nm.
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Ships from:
United States
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Sold by:
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On FindLight:
since 2015
Frequently Asked Questions
The Tiberius Fast-Tuning Ti:S Laser has a tuning range from 720 nm to 1060 nm.
The laser emits pulses that are 140 fs (femtoseconds) in duration.
The laser offers an average power greater than 2.3 W at 800 nm.
The key features include fast tuning speeds, a compact footprint, a sealed maintenance-free cavity, and >1W power output from 720 nm to 960 nm.
Yes, the Ti:Sapphire laser cavity of the Tiberius Fast-Tuning Ti:S Laser is an ideal choice for two-photon microscopy.