SPECTROPOL

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STRONA GŁÓWNA

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APARATURA POMIAROWA

Spektrometria

Badania cienkich warstw

Analiza metali

Analiza gazów

Analiza wielkości cząstek

Pomiar plazmy

Kolorymetria

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LASERY i ŹRÓDŁA ŚWIATŁA

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OPTYKA I OPTOMECHANIKA

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Logowanie

Lasery wg zastosowan

	Biotechnology Instrumentation		Micromachining
	Materials Processing		Semiconductor Materials Processing
	Semiconductor Inspection		Stereolithography
	Graphics and Imaging		Biohazard Detection
	Remote Sensing		Precision Marking
	Medical/Dental		Optical Pumping

MEDYCYNA / STOMATOLOGIA

JDSU lasers are used in a growing number of medical and dental applications including ophthalmology, soft tissue dental procedures, bio-stimulation, and more.

The L3 package fiber-coupled diodes range from 808 nm to 980 nm with power up to 8.0 W of out the fiber.

The JDSU direct diode laser subsystem (IDL Series) provides up to 100 W of multi-mode output. This output provides unprecedented top-hat beam uniformity for accurate beam containment.

BIOTECHNOLOGIA

Lasers and instrumentation used in the biotechnology industry for applications such as DNA sequencing and flow cytometry are typically based on fluorescence excitation of dyes attached to the sample under investigation or by exciting natural fluorescence of biological molecules. Most of the instruments are based on continuous wave (CW) lasers in the visible wavelength range. More specialized applications use UV excitation with pulsed or Q-switched lasers. In addition, fluorescence can be used to label certain biochemical reactions in the event multiple tests are done simultaneously. Fluorescence excitation is also used in confocal microscopy, where the fluoresced light can also be used for imaging purposes to achieve 3D rendering.

JDSU lasers used for biotechnology instrumentation applications include argon-ion and helium-neon gas lasers, and frequency converted CW and pulsed DPSS lasers

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