Brightness is determined by peak power
In two-photon microscopy, brightness is determined by the peak power. The best image brightness requires short pulses, high power, and most importantly, a clean temporal pulse shape.
The FemtoFiber ultra 920 femtosecond laser from Toptica provides this and so ideal for two-photon microscopy and neuroscience applications, according to the company.
Toptica's Clean Pulse Technology means the FemtoFiber ultra 920 can perform two-photon microscopy without damaging the sample.
The system is also easy to use thanks to its software-controlled dispersion precompensation (GDD) and an integrated AOM for power modulation.
This fiber laser technology significantly reduces the traditional cost of owning a laser system. It is also quiet and compact, meaning it does not stress the animals and also saves valuable table space.
The FemtoFiber ultra 920 is suited to exciting common fluorophores like GFP, eGFP, Eosin, GCaMP, CFP, Calcein or Venus using two-photon excitation.
Points of note:
• Clean Pulse technology produces bright images.
• The product is ready to use as soon as a client receives it, with AOM and GDD built in.
• The tool has a fan-free passive cooling system.
• A compact laser design saves valuable table space.
• The product is low cost to own because it uses robust and reliable fiber-laser technology.
For more information visit: https://www.toptica.com/products/ps-fs-fiber-lasers/femtofiber-ultra/femtofiber-ultra-920
