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577nm Laser

Coherent

Coherent

…provide ultrafast lasers for use in cataract surgery, a growing applications space.
The unique ability of our optically pumped semiconductor lasers (``OPSL'') technology to match a
wavelength to an application has led to the development of a high-power yellow (577nm) laser for the

Photonics Spectra - June 2017

Photonics Spectra - June 2017


Figure 2. The effectiveness of STED is clear in this pair of images of fluorescently tagged microtubuli in
mammalian cells using a 577-nm laser to drive the STED effect: conventional confocal (left) and gated
STED image (right).
Zhen-li Huang, Wuhan National Laboratory for

Bio Photonics - April 2015

Bio Photonics - April 2015

…solid-state lasers.
Another key trend is the growing demand for "new" - and particularly longer
Lasers for Microscopy
Figure 2. The effectiveness of STED is clear in this pair of images of fluorescently tagged
microtubuli in mammalian cells using a 577-nm Coherent Genesis laser

34706a cover.indd

34706a cover.indd

…provide ultrafast lasers for use in cataract surgery, a growing applications space.
The unique ability of our optically pumped semiconductor lasers (``OPSL'') technology to match a
wavelength to an application has led to the development of a high-power yellow (577nm) laser for the

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…provide ultrafast lasers for use in cataract surgery, a growing applications space.
The unique ability of our optically pumped semiconductor lasers (``OPSL'') technology to match a
wavelength to an application has led to the development of a high-power yellow (577nm) laser for the

an rep 2018 workfile 02

an rep 2018 workfile 02

…ultrafast lasers for use in cataract surgery and optical fibers for surgical
applications.
The unique ability of our optically pumped semiconductor lasers (``OPSL'') technology to match a
wavelength to an application has led to the development of a high-power yellow (577nm) laser for…

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