The L-Mount fiber-coupled diode laser modules for medical applications provide 30–60 W of output and an 808–980 nm wavelength range. Features include a fiber connection with fibers measuring 200 and 400 µm, and an additional replacement window to protect the fixed window from soiling and damage.
LIMO
Dortmund, Germany
www.limo.de
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PRESS RELEASE
When fibers burn: Quick window replacement instead of laser failure
Medical laser with replaceable window: "Window of opportunity" for protection from laser failure
LIMO Lissotschenko Mikrooptik GmbH of Dortmund have opened up a special "window of opportunity" for their compact medical lasers. The Westphalian company has given its L-Mount type fiber-coupled diode laser modules an additional replaceable window which saves the user both time and money. The L-Mount modules have a very compact, hermetically sealed housing. The laser (output: 30 to 60 watts) generates a beam with a wavelength of 808 to 980 nanometers which is directed at its location by a glass window and a fiber connection with razor-thin fibers (diameter: 200 and 400 micrometers). Medical technology predominantly uses lower priced disposable fibers which should be replaced after every operation.
The frequent replacing of fibers increases the risk of laser failure, for instance, as a result of accidental fiber soiling or damage. Plastic droplets and smoke residue are deposited on the window, soiling it or even damaging it. Users then have to replace the complete laser module or send it for repairs. "LIMO has something which can minimize downtimes caused by destroyed fibers and the resultant negative effects", explains Dipl.-Ing. (FH) Andre Grütz, Director of Medical Solutions. "We now fit our L-Mount laser housings with an additional replaceable window which protects the actual fixed window from soiling and damage". Now, if the fibers are destroyed, the user only has to replace the replaceable window. LIMO will be presenting this exclusive solution, which is otherwise only to be found on larger systems, in January 2012 at BIOS and at Photonics West in San Francisco (USA).
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