LASER FIBER OPTIC SOLUTIONS FOR LASER INDUSTRY

DIAMOND SA - LASER I LASER 1 LASER Optical fibers provide one of the most practical methods for laser power delivery in a broad variety of technical and commercial fields and play a prime role in enabling many new applications. The link between light sources and optical targets are supported by optical interfaces that more and more often consist of fiber optic connectors. The knowledge of both performances and limitations of such interfaces is essential to the optimization of any fiber optic based system. With more than 35 years of experience in development, manufacturing, and testing of fiber...

Pigtailed Laser Collimator PSc (pigtail style) IMOD Interface module Collimator PSc (receptacle style)

OPTO-MECHANICAL PATH CONFIGURATION Diamond's modular approach offers the maximum flexibility towards both individual connection and global system performance optimization along an optical link. Depending upon local conditions and constraints different interface solutions may be better suited: ■ Interface position fiber-to-fiber connection, coupling between fiber and (from or to) free-space ■ Fiber type standard SM, MM fibers or other specialty fibers (PM, low-NA, double-clad, ...) ■ Power level optical and thermal power management ■ Operating wavelength optimization of transmission efficiency...

PS & PM-PS (Power Solution for standard and polarization sensitive PM/PZ fibers) PSm (Power Solution mated configuration) Diamond’s PS interfaces are contact solutions for SM fibers that allow optical powers in the range of 10 W and higher Diamond has developed supporting higher optical powers at the connectors’ mating surface. a contact PSm interface that provides a pluggable alternative to Compared to standard SM fibers, the mode size is expanded 4-5 times permanent fiber splicing. In the absence of recognized standards, and collimated by splicing an endcap consisting of a GRIN fiber section....

PSc (Power Solution collimators) ACTIVES MODULES Fiber collimators are assembled by combining SM or MM fibers with a properly dimensioned plano-convex lens, which will define both the Diamond has the know-how needed to provide light coupling between fibers and opto-electronic elements size and the divergence of the beam in free-space. Having a lens such as semiconductor laser diodes and photodetectors. The active positioning of the fiber with respect to diameter that matches the ferrule’s size results in very compact the emitting or receiving semiconductor device can be made either permanent...

Multipurpose Adapter System (MAS) The Multipurpose Adapter System (MAS) is a hybrid flexible The functionality of an optical fiber interface can be expanded with features that may provide safety and adapter. The Universal adapter is mounted on a chassis monitoring capabilities. Furthermore, the system flexibility and modularity may be enhanced by allowing for a or used on a bench and is available in FC or rapid and seamless swap of connector type. Mini-AVIM interfaces. The other side of the adapter is changeable on the fly and is available in the following mechanical For security, safety, or...

TESTING CAPABILITIES For opto-mechanical product tests, quality control and qualifications Diamond relies since 2002 upon an internal, fully independent, test laboratory qualified by the Swiss Accreditation Service SAS. The laboratory has a STS 333 accreditation for fiber-optic component testing as well as a SCS 101 accreditation for the calibration of fiber-optic measurement instruments according to ISO/IEC 17025 :2005. The laboratory is equipped to perform a wide variety of tests both on the optical or mechanical product performance under different environmental conditions according to IEC,...

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