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PRODUCT INNOVATIONS
Trumpf
Highly efficient keyhole welding - diode lasers replace lamp-pumped high-performance lasers thanks to high beam quality

With its new diode lasers from the TruDiode series, Trumpf is entering new dimensions in energy and cost-efficient production. For the first time, diode lasers suitable for industry that achieve a high-performance beam quality that meets the quality of lamp-pumped high-performance lasers are available. Yet with its socket output efficiency level of up to 40 percent, the TruDiode laser is much more efficient. This is why they are designed for welding applications currently performed by high-performance lasers.
With an output of 3 kilowatts, the TruDiode 3006 is the first laser of the new series that TRUMPF will introduce to industry experts at LASER World of Photonics 2009. Additional performance classes with 1 and 2 kilowatts are scheduled.
In addition to high electrical energy efficiency, users also benefit from the advantages of the passively cooled diodes, which contribute considerably to the long service life of the TruDiode laser – and its reduced operating costs. The space-saving, modular design also makes integration of the diode laser into existing production systems easy.
TRUMPF has developed new technological concepts for the TruDiode series to exploit the high efficiency made possible by diode lasers also in direct applications. The heart of TRUMPF’s diode laser is a fiber-coupled diode module with technical performance that has previously been impossible to achieve. It produces an output of up to 100 watts that runs through a 100

micrometer fiber. The numeric aperture contributes less than 0.12. Several of these modules are combined into a laser unit to achieve the desired output. The technology of the TruDiode laser guarantees that the efficiency of the diode modules remains intact in the complete unit and achieves values of up to 40 percent.


PRODUCT INNOVATIONS
more articles ( 264 )  more articles ( 264 ) 
DILAS
Compact, high-efficiency, 100µm fiber-coupled module  go
Hamamatsu Photonics Deutschland
Improved system for In-Vivo imaging applications go
Fraunhofer-Institut für Lasertechnik ILT
Laser glass soldering for low-temperature, durably stable packaging of electronic components go
TECHNOLOGY
more articles ( 92 )  more articles ( 92 ) 
Berkeley Lab
Trapping sunlight with silicon nanowires go
Fraunhofer-Institut für Lasertechnik ILT
Laser Technology at it's Best - Anniversary Celebration in Aachen go
Evonik
World's largest lithium ceramic battery to store wind and solar energy go
NEWS FROM THE TRADE SHOWS AND CONGRESS
more articles ( 8 )  more articles ( 8 ) 
Messe München International (MMI)
LASER World of PHOTONICS CHINA 2010 stronger than ever in its anniversary year go
LASER World of PHOTONICS 2009
Visitor survey – favorite stands and specialist topics go
Optical Metrology conference
Photonics visionary Späth to be honoured at Optical Metrology conference go
WHO'S MOVED
more articles ( 9 )  more articles ( 9 ) 
John Tyndall Award 2010
Randy Giles receives Tyndall award go
In memoriam
Juan L. Rayces  go
Blaise-Pascal-Price
The winner is Prof. Toshiki Tajima go
MARKET-TRENDS
more articles ( 57 )  more articles ( 57 ) 
Eberhard Karls Universität Tübingen
Near-field microscope yields high precision optical images of an organic semiconductor with 17 nm resolution go
ElectroniCast Consultants
High brightness light emitting diodes - Global Market Forecast & Analysis go
Thomson Reuters
China rapidly catching up in research impact go
EVENTS
more articles ( 6 )  more articles ( 6 ) 
Fraunhofer-Institut für Lasertechnik ILT
Laser Technology at it's Best - Anniversary Celebration in Aachen go
productronica 2009
Shedding light on productronica 2009 go
Final report
LASER World of PHOTONICS 2009 strengthens the industry’s confidence go
PHOTONICS INTERVIEW
more articles ( 1 )  more articles ( 1 ) 
Professor Dr. Dr. Christoph Cremer
The world’s fastest super resolution microscope go
Prof. Dr. Jürgen Popp
Biophotonics at LASER World of PHOTONICS go
Prof. Andreas Tünnermann
The future of our lighting go
APPLICATIONS
Tampoprint
Laser engraving and tampon printing combined go
Rensselaer Polytechnic Institute
Lighting Research Center develops framework for assessing light pollution go


World of Photonics Congress 17 - 22 June 2007 International Congress Centre Munich (ICM)
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 News - 15.03.2010
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