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Engineering
Crystals
that I have
Diamond-Machined:
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Zinc Selenide
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Zinc Sulfide and Cleartran
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Zinc Sulfide Selenide
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Silicon
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Indium Antimonide
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Mercury Cadmium Telluride
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Cadmium Zinc Telluride
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Germanium
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Gallium
Arsendide
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Magnesium
Fluoride
•
Calcium
Fluoride
•
Sodium
Chloride
•
Silicon
Wafers
•
Lithium
Niobate
•
Amtir
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DIAMOND-TURNIING |
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Pushing the Envelope
in
Diamond-Machining
Technology
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THE
BENEFITS OF DIAMOND-MACHINING
Ultra-Precision accuracy and “Optical” surface
quality! Diamond-Turning or Diamond-Flycutting produces amazing
figure accuracy and surface quality (without post-polishing) on
aspheric, spherical and plano (flat) surfaces for either transmissive
or reflective applications. Only these manufacturing processes provide
ultra-precision dimensional toleranceing and angstrom-level surface
quality. Applications are typically within the Visible or the Infrared
spectral ranges. |
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| Commonly
Diamond-Turned and Diamond-Flycut Materials |
| |
•
Aluminum
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Copper
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Nickel-Plated Substrates |
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Engineering Crystals
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Plastics |
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| Surfaces
and Shapes, Applications galore!! |
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Injection Molds
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Faceted Optics
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Beam Integrators
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Etalons
•
Polygonal Mirrors
•
Cassegrain Telescope Optics
•
Inter-Cavity Optics
•
Steering Mirrors
•
Off-Axis Paraboloids
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Diode Laser Heatsinks |
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Other Parabolics
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Hyperboloids
•
Ellipsoids
•
Torroids
•
Cylinder Sections
•
Spherical Optics
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Axicons
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Waxicons
•
Flashlight Reflectors
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Copier Drums |
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Windows
•
Aircraft Cabin Windows
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Grooved Optics
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Mirrors
•
Fresnel Surfaces
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Projection TV Lenses
•
Contact Lenses
•
Inter-Ocular Lenses
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Spectacle Lenses
•
Diffractive optics |
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Diamond-Turning
Consulting Co.
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