DILAS diode laser system provides source for quasi-simultaneous plastic welding

July 23, 2010
Power extensions for the COMPACT Diode Laser System Series include 300 W out of a 200 μm fiber and 400 W out of a 300 μm fiber at 9xx nm.

Power extensions for the COMPACT Diode Laser System Series include 300 W out of a 200 μm fiber and 400 W out of a 300 μm fiber at 9xx nm. The fiber-coupled, turnkey diode laser systems are based on conduction-cooled diode laser bars. They are available with an industrial water-to-air chiller, a power supply, and an integrated control unit. In combination with a galvo scanner, they are suitable as a source for quasi-simultaneous plastic welding.
DILAS Industrial Laser Systems
Mainz, Germany

www.dilas.ils.com

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PRESS RELEASE

COMPACT Diode Laser System Series
Extends Power Range

Featured at Productronica 2009, Booth #B3-215
November 10-13, 2009

Mainz, Germany, November 10, 2009 – DILAS Industrial Laser Systems today announced the power extensions for its COMPACT Diode Laser System Series; 300W out of a 200µm fiber and 400W out of a 300µm fiber at 9xxnm. The fiber-coupled, turnkey diode laser systems are based on conduction-cooled diode laser bars.

Along with the COMPACT 500W, 400µm, the COMPACT 300W, 200µm and 400W, 300µm systems complete the product portfolio and provide highest reliability as well as up-time. The systems are available with an industrial water-to-air chiller, power supply and an integrated control unit. The turnkey diode laser systems features are controllable via 24V interface signals. The 19’’ rack mount for laser and cooling unit make them easy to integrate for OEM integrators.

The COMPACT diode laser systems can be combined with a wide range of accessories for process control, including laser processing heads, cameras, pyrometer, galvo scanner and galvo scanner with integrated pyrometer.

In combination with a galvo scanner, these turnkey diode laser systems are the ideal source for quasi-simultaneous plastics welding. The new extended beam properties provide advantages like increased working fields and larger working distances, respectively smaller focal diameters. This guarantees a higher flexibility as well as productivity.

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