More application oriented: In addition to clear-cut growth, this year's LASER World of PHOTONICS will be considerably more application oriented than in the past.
This year's key themes are Biophotonics and Life Sciences, Lasers in
Photovoltaic Manufacturing and
Illumination. Instead of focusing only on individual components, the fair
will also give visitors an in-depth look at entire system solutions. The fair
will depict the key themes at joint exhibits, in individual presentations by
the exhibitors and in the program of related events.
The World of Photonics Congress will also
cover these themes in a series of application panels, the slogan of which is
lasers and photonics in actual practice. These application-oriented lectures
and workshops bridge the gap between theory and practice. They are broken down
into three categories, i.e. Biophotonics and Life Sciences, Advanced Lasers and
Light Generation in Science and Industry, and Laser Systems for Production
Engineering, with special emphasis on photovoltaic manufacturing.
The Application
Panel schedule is available here.
Orders for catalog entries in the
categories Biophotonics and Life Sciences, Lasers in Photovoltaic Manufacturing
and Illumination may be placed at the Exhibitor Centre
www.world-of-photonics.net/exhibitor > Marketing Services
> Company Entry.
Put your company in the limelight of our
highlight themes.
Other highlights at LASER World of
PHOTONICS include our Photonics Forums, which are sector-specific platforms for
pioneering technical discussions, expert panels and professional presentations.
The 2009 fair features three Photonics Forums with different themes. The forum
in Hall B1 deals with biophotonics and life-sciences, the forum in Hall B2 focuses
on optical technologies and the forum in Hall C1 revolves around lasers and laser
systems for production engineering. Each day, exhibiting companies will make
presentations on the latest hot topics. This series of events is indispensible
for anyone who wants to gather information on the latest trends in optical
technologies.