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OSCI Inc. Optical Products and Optical Instrument
Development Service
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We have been involved with the design, manufacturing,
assembly, and testing of optical instruments for over 20 years. If
you have a need for a standard, custom, or state of the art optical
instrument, we would like the opportunity to work with you.
OSCI now
offers optical instruments check it out!
If your current needs for optical instruments include:
- Not met because no instrument exists
- Current instrument doesn't have enough: field of view,
transmission, signal, precision, etc
- Manual operation and data taking but need it to be fully
automated
- Works only over narrow wavelength but need it over a larger
bandwidth
- Too big to fit into current system, subsystem, application
- Too heavy, too expensive, too long cycle time, too low
power, etc.
- You just want something better and know it can be achieved
- Your tired of staying in the box
- You want to work with some high energy, motivated, optical,
illumination, and opto-mechanical engineers
- Your current team can't/won't solve the problem
- This is new territory for your team and you want some expert
mentoring to make sure they get it right
- Your bored and need to spend some budget on cool optical
toys
- You want and need to push the state of the art and know it
can be done
Give us a call and let us see how we can help solve your optical
instrument needs.
An abbreviated list of successful completed projects:
- Fisheye Lens Design and Analysis—See Illustration Below
- Digital Projector light engine design, analysis, tolerance, scattered light analysis—See Illustration
Below
- DMD, LCD, LCoS, LED Digital projectors
—See Illustration Below
- Gonioscopic Lens Instrument Design and Modeling
—See Illustration Below
- Endoscope Illumination System - Tungsten, Mercury, Xenon, LED—See Illustration Below
- Dark field wafer illumination system—See Illustration Below
- Ellipsometer instrument
- Digital Projection Light engine alignment and test stations
- CD/DVD Laser writing spin stands and prototype laser marking
system—LightScribe Co-Inventor
- Riflescope optical design, aberration theory, scattered light analysis
- Null lens designs for aspheric surface testing
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3.39 micron infrared interferometer
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Transmission spheres and cylinder design for
Fizeau interferometers—See Product Illustration Below
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Infrared optical system transmission tester 2-14 microns
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670nm laser diode polarization/transmission tester
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Fully computer automated Infrared test station
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Computer automated bar code reading system
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Automated lidar test station with laser transmitter & imaging channel
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1064nm Diode Pumped Nd:Yag laser rangefinder return system
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Fiber optic 10ns laser pulse delay system
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633nm alignment interferometer used with alignment system on air bearing
spindle
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Imaging Lidar with image intensified CCD imaging channel & sensitive
ranging
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Intensified CCD test station and radiometer
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Double-Double Dove hemispherical scanning optical system
- High volume excimer laser ablation machines used for micromachining
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Optical
design of innovative UV real time pupilometer imaging system
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Optical design, analysis, and opto-mechanical improvement of excimer laser
beam homogenizer, and anamorphic afocal beam expander
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Vendor management, development, guidance, and coaching
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Miscellaneous Precision Tooling and Test Equipment
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Experienced user of Zemax, FRED, CODE V,
OSLO, ASAP, Essential MacLeod
optical design & analysis programs
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Opto-mechanical design and engineering experience with precision mounting
& tooling
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SolidWorks, AutoCAD, Mathematica, National Instruments Lab View for
automated instrument control
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Photos & Illustrations of
Completed Projects

180 Degree Fisheye Lens
Images from the NASA
Clementine Science Experiment
This experiment was designed to perform a multi-spectral complete mapping of
the surface of the moon and then fly by an asteroid, this was the precursor to
the recent JPL mission to probe the atmosphere of an asteroid. Clementine
was launched on a Titan IIG launch vehicle from Vandenberg Air Force Base into
Low Earth Orbit in January 1994. During its two month orbit of the Moon it
captured 1.8 million multi-spectral images of the Moons surface.
 

Startracker, UV/Vis Camera, NIR & LWIR
Camera, Hi Res Camera, and Lidar*
*See
http://www.cmf.nrl.navy.mil/clementine/
for more details and images |
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Transmission Cylinders

6" Diameter F/3.3 Transmission Cylinder for Fizeau Interferometers
Download Pdf file of Brochure:
OSCI
Inc. Transmission Cylinders
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Gonioscopic Lens for Measurement of IntraEye Angles of
Cornea-Pupil Interface |
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Endoscope Illumination using Axicon & Toroid Lenses for
Ring Illumination Pattern
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LCOS Digital Projector Light Engine with Moxtek wire grid
polarizer |

Two of these mounted off axis primary mirror for the wafer
illumination system is for sale
along with the optical design of this system.
Serious inquiries only, please. |

Wafer Illumination System using Dark field Illumination |

Riflescope Optical Design and Analysis |

Wafer Bow Measurement Instrument - Manual Prototype |
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Riflescope Scattered Light and Stray Light Analysis
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Diffractive Beam Combiner |
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Riflescope Scattered Light and Stray Light Analysis
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Diffractive Beam Combiner |
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Twisted Light Pipe, Twisted Integrating Rod, Twisted
Light Guide |

LED Display Illumination with Hemispherical Dots |
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Wide field of view Sutton-Baker Ball Lens
—this is massive optics!
(I know the photo is poor, its is the best I could do from an old photo)
100 Lbs Doublet Lens - 60 Lbs Crown and 40 Lbs Flint - Largest Doublet in
the World (to my knowledge) |

CPC Illuminator—LED Illumination using
Compound Parabolic ConcentratorLumileds LEDs for dark field illumination design system using CPC's and toroidal lenses for even illumination at the plane of interest for this optical
instrument |

CMOS three-element aspheric polymer camera lens—cell phone camera lens
size |

Cross section and
front view of a 3-element plastic optics imaging lens for CMOS camera, there
are three aspheric elements in this polymer lens application and the system is
rotationally symmetric for ease of SPDT |

CMOS camera lens for
consumer electronic application
Low profile CMOS camera lens for
consumer electronic application with injection molded polymer optics. |

OSCI Inc.'s Custom Reflectometers
We design and develop standard and custom reflectometers and
transmission instrument for our clients who need to perform in-process and final inspection on a
variety of optical components, subsystems, and final optical systems, thin and thick film stacks of optics and
polymers.
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OSCI Inc.'s Custom TIR Lenses for High Brightness LED's and
CPC's |

OSCI TIR lens with CREE7090 |
Do you need some help with custom
illumination optics for your HB LED design using CREE, OSRAM, Lumileds, Nichia,
Seoul Semi, Epistar, Luminus Devices, etc.?
To discuss your HB LED application
contact us at: 541-255-2165 or
mpate (at) oscintl.com
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OSCI TIR lens with CREE7090
Condenser Lens Design with
Lumileds Rebel high brightness LED
OSCI Inc.'s Custom Narrow Beam CPC
with Lumileds Rebel |