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PRODUCT INNOVATIONS
Alltec - fiber laser markers
New fiber laser marker family features the most compact design for unrivalled versatility

With ALLTEC LF100 and LF200 Alltec introduces two new fiber laser markers that are compact, versatile and highly reliable for many applications in the electronics, automotive, tools and metal as well as aerospace, and medical devices industries. The ALLTEC LF100 and LF200 are capable of static and on-the-fly marking on a variety of plastic, metal and other hard to mark materials with 10 watts (LF100 ) and 20 watts (LF200 ) of output power respectively. The new fiber laser markers provide an unrivalled compact mechanical design with one of the smallest marking heads of its kind and straight-out or right-angle beam exits for increased versatility in tight spaces. Less-frequent maintenance intervals maximize uptime and reduce costs.

“Combining superior high-speed scanning technology, powerful software supports and a choice of marking heads (for 6 and 10mm beam diameter) and beam turns (0° and 90°) no other manufacturer offers, the ALLTEC LF100 and LF200 are the smallest and easiest to integrate pulsed fiber laser markers available worldwide,” says Dr. Manfred Suddendorf, product manager for ALLTEC’s Laser Business Unit. “The ALLTEC LF100 and LF200 set up quickly and integrate seamlessly into even the most complex and tight production lines.”

The new laser coders use a maintenance free, air-cooled Ytterbium fiber laser source instead of a gas laser tube or a laser rod which are used in CO2 gas and Nd:YAG solid-state laser coders. Both ALLTEC LF100 and LF200 can quickly apply complex variable data such as high-quality identification matrix codes, bar codes, logos and serial numbers, on moving as well as static products. They also can mark a wide range of metal, ceramic or plastic parts with uncompromising quality, and are ideally suited for demanding (parts) marking applications, such as automotive, aerospace and electronic parts, medical devices, tools and other instruments.

Additional advantages of the ALLTEC LF100 and LF200 laser markers include further ease of integration due to the systems dovetail joint; the ability to decide for PC independent operation via a special software interface; the possibility to choose from a selection of languages displayed on the user interface (e.g. English, Chinese, Turkish, and many more) along with password-protected security levels provided by the flexible and proven Windows®-based Smart Graph™ software. With high reliability and no consumables such as inks, solvents or compressed air required, the laser marking systems ALLTEC LF100 and LF200 set standards for economical and maintenance-free operation over thousands of hours.

The launch of ALLTEC’s fiber laser marker family expands and completes the ALLTEC’s laser marker portfolio. ALLTEC now offers all laser marking solutions from CO2 (LC100, LC300, LC500 ) to TEA CO2 (ALLMARK APS) to Nd:YAG (ALLPRINT DN50A, ALLPRINT LN100A ) to continuous wave (LF050 ) and pulsed fiber laser coding (LF100, 200 ).


CAREER TIPS
Ffull body scanner
Passive terahertz imaging for security technology go
ANALYSIS-MARKET-TRENDS
more articles ( 38 )  more articles ( 38 ) 
Fraunhofer Institute for Photonic Micro-Systems
Light from plastic- OLEDs light up the future go
A fast growing field of research
Terahertz method – a technology with a lot of potential for the future go
Three-dimensional photonic crystals
Crystals and photonics go
PRODUCT INNOVATIONS
more articles ( 291 )  more articles ( 291 ) 
Fraunhofer Institute for Laser Technology
New irradiation method for medical technology and biotechnology go
Fraunhofer Institute for Material and Beam Technology IWS
Laser deposition welding and milling in a single machine go
Rofin - CO2 Slab laser
Continuous cutting and welding - the reliable, low-maintenance CO2 Slab laser go
NEWS
more articles ( 154 )  more articles ( 154 ) 
News from the World of Photonics Congress
World of Photonics Congress - Facts and Figures go
CLEO/Europe-EQEC 2009
World leading researchers to speak at CLEO(r)/Europe-EQEC 2009 go
Metal-free MID technology
New compound: Laser produces electrically conductive structures go
APPLICATIONS
Rensselaer Polytechnic Institute
Lighting Research Center develops framework for assessing light pollution go
Fraunhofer and FU Berlin
Can a laser scanner drive a car? go
EVENTS
more articles ( 15 )  more articles ( 15 ) 
LASER World of PHOTONICS 2009
„Light at work“ go
bayern photonics e.V. - Kommunikationsforum
Measuring and controlling high dynamic laser welding processes with Cellular Neural Networks go
Optical Technologies Conference
Messe München Hosts Technology Show to Kick Off the Innovation League of the Bundesministerium für Bildung und Forschung go
PRESS RELEASES
Fraunhofer-Gesellschaft - communication laser
Satellite communications by laser go
PRACTICE TIPS
Dragonlasers - green laser
Experiments for high power green laser pointers go


LASER World of Photonics June 15 - 18, 2009
World of Photonics Congress June 14 - 19, 2009
LASER World of Photonics China March 17 - 19, 2009
 Up to date - 01.12.2008
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