Infinite Optics is committed to manufacturing
quality thin films and precision optics,
encompassing many industries.
Our approach focuses on personalized service,
technical solutions, competitive pricing,
and customer satisfaction.
Designing and manufacturing high and low temperature coatings from 193nm to
20 microns, on flat as well as curved substrate materials, up to 30 inches in
diameter, from Borofloat to Zinc Selenide.
The solution to the problem of unwanted surface reflection from various glass and other optics. By increasing the transmitted visual energy in multi-element optical systems and maximizing resolution by maintaining a sharp, crisp image throughout. These dielectric coatings are extremely durable with high damage threshold and provide state-of-the-art performance when used in diverse environments.
• Meets MIL-C-675 durability requirements.
• May be centered at any chosen wavelength
between 250nm and 4000nm.
• The effective band width will vary as the
wavelength range shifts from near UV to
Visible to IR.
• While the coating will withstand diverse
environments, some substrate types may
fail this exposure.
• The coating of choice when maximum transmission
is desired over a wide bandwidth.
• Meets MIL-C-675 and MIL-C-14806 durability
requirements.
between 250nm and 2000nm.
wavelength range shifts.
• Designed to optimize transmission at one specified wavelength, with an effective
bandwidth of +/- 20nm in the visible, +/- 5nm in the UV, +/- 40nm in the IR.
• Near-zero reflectance at one specific wavelength and angle of incidence.
Maximum reflectance often less than 0.2% typical reflectance at 0.1%
• Standard coatings available for most laser lines.
• Custom center wavelengths at specific angles of incidence available on request.
For high efficiency energy splitting applications. Where nearly all incidental energy is either transmitted or reflected, with a minimum of absorption loss. With low absorption as well as relatively flat spectral response across the designed wavelength. Designed to divide or combine two or more beams of light, for specific transmission and reflection ratios, wavelength regions, polarization, and angle of incidence. Cube beamsplitters pass one polarization and reflects the other (50% p-polarized and 50% s-polarized) and are also used as polarizers. All beamsplitters are polarizing to some extent, plate beamsplitters are less polarizing than cube beamsplitters.
Used in applications where it is desirable to reflect a cool beam of visible light and remove the heat by transmission.
Used in applications where it is desirable to transmit a cool beam of visible light and remove the heat by reflection.
Used in applications where it is desirable to illuminate the subject with visible light and avoid the harmful UV A and B light which breaks down most cloth, paint and photographs.
Used in specialty applications where it is desirable to illuminate the subject with ultraviolet light and view visible fluorescence.
Separate visible light into usable spectral regions reflecting one region of color while transmitting another. Color separation filters are used in systems where the requirement is for the incident energy is split into two or more beams, each having a different spectral content or color. Color separation filters are made for both additive (blue, green, red) and subractive (cyan, magenta, yellow) applications. Additive filters are available in transmissive and reflective, subractive filters are available in transmissive, and both at
0 degrees and 45 degrees.
Description: Coating Specifications ±15nm commercial, +/-5nm premium
Blue Additive
CS-BLUET= 50% _ 505nm, T(ave) > 75% from 390-480nm, T(ave) < 1% from 540-750nm. AOI= 0deg
Green Additive
CS-GREENT= 50% _ 505 & 575nm, T(peak) > 70%, T(ave) < 1% from 380-460nm & 600-730nm. AOI= 0deg
Red Additive
CS-REDT= 50% _ 585nm, T(ave) > 75% from 610-730nm, T(ave) < 1% from 380-550nm. AOI= 0deg
Yellow Subtractive
CS-YELLOWT= 50% _ 520nm, T(ave) > 85% from 550-750nm, T(ave) < 1% from 410-475nm. AOI= 0deg
Cyan Subtractive
CS-CYANT= 50% _ 590nm, T(ave) > 80% from 400-550nm, T(ave) < 1% from 540-640nm. AOI= 0deg
Magenta Subtractive
CS-MAGENTAT= 50% _ 495nm & 605nm, T(ave)< 1% from 535-565nm, T(ave) > 80% from 380-475nm & 650-750nm. AOI= 0deg
Red Reflective
CS-R-REDT= 50% _ 580nm, T(ave) > 85% from 400-550nm, T(ave) < 1% 620-700nm, R(ave) > 90% 610-725nm. AOI= 45deg
Blue Reflective
CS-R-BLUET= 45% _ 475nm, T(ave) > 85% from 525-800nm, T(ave) < 1% 400-440nm, R(ave) > 90% from 380-450nm. AOI= 45deg
Green Reflective
CS-R-GREENR(ave) > 90% from 500-570, T(ave) > 80% from 380-460 and 600-730. AOI= 45deg
FLIR Coatings from 3-5um, 8-12um, 3-12um
On CaF2, Cleartran, Ge, Si, ZnS & ZnSe.
Also referred to as laser mirrors, are used when a very high amount of light is needed to be reflected, typically between 99.0% to 99.995%, with scatter as low as 50 ppm. These mirrors provide a very high reflection over a narrow wavelength region.
Damage Threshold:> 10 j/cm2 _ 532nm + 1064 nm
> 2 j/cm2 _ 266nm + 355nm
pulse 20ns, rep rate 20hz
For high reflectance at both laser wavelengths of 532nm and 1064nms or 355nm and 532nms.
HR _ 1570nm / HT _ 1064nm
For high reflectance at 1570nms and high coupling transmission at 1064nms.
R > 99.5% _ 1570nm
T > 99% _ 1064nm
HR _ 1064nm / HT _ 1570nm
For high reflectance at 1064nms and high coupling transmission at 1570nms.
R > 99.5% _ 1064nm
T > 99% _ 1570nm
Specifically designed to hold both the s- and p-polarization to the same ratio of reflection-to-transmission over a specific laser wavelength region, regardless of the incoming polarization.
Diameter .50 .75 1.0 1.5 1.75 2.0 3.0 4.0
Thickness .80 .120 .120 .160 .160 .200 .350 .500
Coating / Performance at 45 Degrees AOI:
PAG = Protected Silver _ 98.5% R HEAG = Special Enhanced _ 99.8% R
EAG = Enhanced Silver _ 99.5% R HR = Maximum Reflectivity _ 99.9% R
Standard Specifications / Tolerances
SQ >/= 20-10; Wedge < 3 Arcmin Diameter = +0 / - 0.005” ; Thickness = +/- 0.010”
Surface figure = 1/20 _ 10.6UM ; Edge bevels = 0.020” _ 45degrees
Dimensions are in inches
Substrate ZnSe, ZnS, CaF2, Ge
Diameter .50 .75 1.0 1.5 2.0 3.0 4.0 5.0 6.0
Thickness .080 .080 .120 .120 .200 .250 .375 375 0.5
Coatings AR/AR _ 10.6UM for peak transmittance
AOI = Normal
Versatile coatings for first and second surface mirrors, on flat and curved surfaces, designed to operate at many wavelengths and angles of incidence.
Common Metals
Aluminum - Chrome - Copper Gold - Nickel - Platinum - Silver - Titanium
Offered As
Enhanced Protected - Semi-Enhanced Unprotected
Protected metal coatings will meet or exceed the durability requirements of MIL-M-13508. Unprotected metal coatings are softer, easily scratched, requiring careful handling; some may not be cleaned by any contact methods.
High Reflectors from 193nm - 10600nm.
Wide Band AR coatings from 350-1000nm, 400-1100nm
G, R, Z, I, Y1, Y2 and U filters. SWP and LWP filters and more.
MEMORIAL DAY - Monday, May 28th
INDEPENDENCE DAY - Wednesday, July 4th
LABOR DAY - Monday, September 3rd
THANKSGIVING
Thursday, November 22nd - Friday, November 23rd
CHRISTMAS
Monday, December 24th
Tuesday, December 25th
Monday, December 31st
SPIE - Photonics West 2012
January 24 - 26, 2012 - Booth # 314
Moscone Center, San Francisco, California, USA
SPIE - Defense & Security 2012
April 24 - 26, 2012 - Booth # 816
Baltimore Convention Center, Baltimore, Maryland, USA
SPIE Optics & Photonics 2012
August 14 - 16, 2012 - Booth # TBD
San Diego Convention Center, San Diego, California, USA
Contact us regarding your specific area of interest.
We look forward to assisting you with all your quality optical needs.
Mailing Address
Infinite Optics, Inc.
1712-F Newport Circle
Santa Ana, CA 92705-5118 USA
Phone & Fax
Tel: 714-557-2299
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Fax: 714-557-2170
Email
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Specializing in standard and
custom coatings and precision
optics to satisfy customer
requirements and specifications
© 2011 INFINITE OPTICS, INC. All Rights Reserved l 1712-F Newport Circle, Santa Ana, California, 92705, USA l Tel: 714-557-2299 l Fax: 714-557-2170 l Email: info_infiniteoptics.com
