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    • Doric Lenses Inc

    Quebec City, QC G1P 4N7

    COMPANY OVERVIEW

    About Doric Lenses Inc

    55

    Contact

    357 Rue Franquet
    Quebec City, QC G1P 4N7
    Canada
    http://www.doriclenses.com
    418-877-5600
    418-877-1008

    More Info on Doric Lenses Inc

    Manufacturer of acylindrical micro lenses, axicons, spherical and aspheric lenses, filters, fiber-optic collimators, optogenetics tools, fiber-optic cannulas, fiber-optic rotary joints, LED, LD and Ce:YAG light sources, miniaturized fluorescence microscopes...

    Articles

    FIGURE 1. Coupling of a light source into an optical fiber can be less efficient, as with an incandescent lamp, or more efficient, as with a bright spot on a Ce:YAG crystal.
    Optics

    Lighting up innovative optical fiber applications

    Sead Doric
    A new type of light source is needed for the small-diameter fiber-based illumination systems that are enabling leading-edge biomedical applications.
    NIGHTSEA's Stereo Microscope Fluorescence Adapter (SFA) system, shown with the Royal Blue setup, lets stereomicroscope owners add fluorescence capability with very little expense.
    Microscopy

    BIOIMAGING/MICROSCOPY/NEUROSCIENCE: Low cost and advanced imaging apply beyond Neuroscience audience

    Barbara Gefvert
    Low cost was a theme at the 2013 Society for Neuroscience annual meeting (November 9–13, San Diego, CA), as vendors demonstrated their responses to the effect of funding cuts ...
    FIGURE 1. Surface-emitting LEDs (left) and edge-emitting LEDs (right) typically have distinct emission patterns.
    Fiber Optics

    Fiber-coupling of LEDs depends on emitter type

    Sead Doric
    Approaches differ for coupling edge- and surface-emitting LEDs into optical fiber, and the Lagrange invariant plays an important role in designing fiber-coupling optics.
    Fiber permits flexible delivery of high-power CW output. With up to 40 W of infrared radiation, this type of laser can be used for many applications.
    Lasers & Sources

    Fibers turn free-space beams into guided waves

    G. J. Dixon
    Simple techniques for efficiently matching laser beams to optical fibers and waveguides are key to the development of optoelectronic and laser products.
    Gradient-index microlens shapes diode-array output, producing elliptical beams (near-field). The short (vertical) axes equal the diameter of the gradient-index core; without additional optical elements the beams would overlap in the horizontal plane (far-field).
    Optics

    Easily fabricated microlenses correct laser-beam astigmatism

    Sead Doric
    Compact and economical diode lasers are the sources of choice for a wide variety of applications.

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