RGB (Red/Green/Blue) Combiner & Delivery Systems

May 18, 2018
DRAFT RELEASE - Version 2.0

Ottawa, Canada - May 10, 2018
OZ Optics Limited has updated its product line of delivery systems for visible light applications. Our next generation of Wave Division Multiplexors (WDM) combine three to six colours into a single fiber in a new smaller, rugged, flexible system. We provide both sources and combiners to provide a one-source solution for combining Red (633–660nm), Green and Yellow (514–565nm), and Blue (400–488nm) light sources into a singlemode or polarization maintaining fiber. These RGB systems are ideal for applications requiring white light illumination from a fiber. Applications include colour laser confocal microscopy, spectroscopy, full colour laser displays, and colour holography. By using achromatic optics with specially designed red/green/blue combiner optics, our RGB systems combine light of widely different wavelengths with low losses. Our singlemode and polarization maintaining fibers for these applications are specially selected to ensure correct behaviour throughout the entire visible wavelength range. The WDM units can transmit several hundred milliwatts of visible light, while maintaining polarization by up to better than 20dB (higher extinction ratios are available on request). Our sources produce stable outputs in a compact housing, with as much as tens of milliwatts of light output. In addition OZ Optics provides laser to fiber couplers for many makes and models of lasers and can custom design couplers specifically for your laser. We also have fiber collimators and focusers that feature achromat lenses, to convert the combined output from the fiber to either a collimated beam or focused spot to your specifications. Parts can be purchased individually, or OZ Optics can design and build an entire system, complete with laser sources and output optics, to your specifications. Contact an OZ Optics sales representative for more details, or obtain a more detailed datasheet on our website, www.ozoptics.com.

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