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PRODUCT INNOVATIONS
Laser 2000 - Intense Ltd.
Integrated laser driver systems, 630 - 690 nm, up to 4 W

The Series 7400 from Intense Ltd. (distributed by Laser 2000)  are turnkey systems designed to provide current control and temperature compensation of the company's high power, free space or fibered visible laser components.

Unlike traditional laser drivers, the Series 7400 are complete, integrated systems that include current driver, temperature controller, and a choice of high power red laser diodes in a range of wavelengths, from 630 to 690 nm, with power levels to 4 W. The Series 7400 turnkey systems are designed specifically for medical research applications in rapidly growing areas of Photo Dynamic Therapy (PDT) and low-level laser therapy (LLLT).

"Obtaining the CE mark was in direct response to EU customer demand for high brightness, high power, 'ultra red' devices," stated Kevin Laughlin, VP HPL Global Business Development at Intense Ltd. "CE mark approval now clears the way for use of these systems by leading research institutes, hospitals, and medical OEMs throughout the EU. Standard systems are available in easy-to-use, turnkey configurations. OEMs can also easily integrate subassembly modules into their own medical systems."

The Series 7400 systems are available in three versions:
  • Intense 7401 is a portable, turnkey laser driver system.
  • Intense 7403 is an OEM ruggedized version of the 7401 designed for easy integration into the front panel of OEM medical systems.
  • Intense 7404 is a smaller system, weighing only five pounds, with its own front panel controls that allow the user to easily adjust power and temperature.
  • Both the 7401 and 7403 can be fitted with optional inline power monitor and integrating sphere. All units offer timers and closed loop constant power control features. The systems can be fitted for a variety of industry standard fiber connection options on the front panel. Custom power levels and wavelengths are available on request.


PRODUCT INNOVATIONS
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Lumics
Medical Laser Module with wavelengths of 808nm and 980 nm go

Laser-Direct-Write process
First rapid prototyping system for 3D nanostructuring go
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NEWS
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Optical Society of America
Enhancing solar cells with nanoparticles go
Princeton University, Engineering School
Princeton researchers discover new type of laser go
World of Photonics Congress
Call for Papers go
ANALYSIS-MARKET-TRENDS
more articles ( 42 )  more articles ( 42 ) 
Photonic-Interview - 7 questions to Dr.-Ing. Gerhard Holst
A successful year for image processing go

Solarpraxis Forum
Solar industry continues to forecast growth – despite the financial crisis go
laser and electric arc
Lasers for macro processing go
CAREER TIPS
Ffull body scanner
Passive terahertz imaging for security technology 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 ( 9 )  more articles ( 9 ) 
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 - 10.01.2009
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