standa optics 2012

8/10/2019 Standa Optics 2012

1/60

Phone:+370-5-2651474

Fax:+370-5-2651483

Svitrigailos21,LT-00262Vilnius,LITHUANIA

e-mail:[email protected]

http://www.standa.lt

OPTICAL COMPONENTS

1

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE

REFLECTIVITY MIRRORS

NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

2Optical Substrates

3Lenses

16Prisms

22Dielectric Coated Optics

TABLE OF CONTENTS

Plano-Convex Lenses ............................................................... 3Plano-Concave Lenses.............................................................. 5Double-Convex Lenses ............................................................ 6Double-Concave Lenses .......................................................... 7Positive Cylindrical Lenses ..................................................... 8Negative Cylindrical Lenses ................................................... 9Meniscus Lenses....................................................................... 10Achromatic Lenses .................................................................. 11

Aspherical Lenses .................................................................... 12Plano-Convex Axicons............................................................ 13Plano-Concave Axicons.......................................................... 14Double Convex Axicons ......................................................... 15

Right-Angle Prisms.................................................................. 16Dispersing Prisms .................................................................... 16Right-Angle Prisms Retroreflectors ................................. 17Penta Prisms .............................................................................. 18Corner Cube Retroreflectors................................................. 18

Dove Prisms............................................................................... 19Anamorphic Prisms................................................................. 19Wedge Prisms............................................................................ 20Littrow Prisms........................................................................... 21

34Filters

Color Glass Filters.................................................................... 34Interference Filters ................................................................... 36Neutral Density Absorption ype Filters ........................... 37

Circular Variable Neutral Density Filters ........................... 38

HR Laser Line Mirrors............................................................ 22HR Broad Band Mirrors ......................................................... 23Partial Reflecting Mirrors....................................................... 24Wavelength Separators ........................................................... 26Dual Laser Line Reflecting Mirrors ..................................... 27

AR Coated Windows............................................................... 28Broad Band AR Coated Windows........................................ 30Dual AR Coated Windows..................................................... 31

42Polarizing Optics

Waveplates Brief Overview ............................................... 42Crystalline Quartz Waveplates ............................................ 43Achromatic (broadband) Waveplates.................................. 44Mid-IR Waveplates .................................................................. 45Brewster Tin Film Polarizers ............................................... 46Broadband (ultrafast) Tin Film Polarizers ....................... 47Polarizing Beamsplitter Cubes.............................................. 48Fresnel Rhomb Retarders (achromatic) .............................. 49Glan aylor Polarizing Prisms............................................... 50

High Power Glan Polarizing Prisms .................................... 50Glan Tompson Polarizing Prisms ...................................... 51Beam Displacers ....................................................................... 52Wollaston Polarizing Prisms.................................................. 52Rochon Polarizing Prisms ...................................................... 53

54Coatings Section

Dielectric Coatings .................................................................. 54HR Laser Line Coatings.......................................................... 55Partial Reflecting Coatings..................................................... 56HR Broad Band Coatings ....................................................... 56Wavelength Separating Coatings.......................................... 57Laser Line Anti-Reflection Coatings ................................... 58Dual Laser Line Reflecting Coatings ................................... 58Broad Band Anti-Reflection Coatings................................. 59Metallic Coatings ..................................................................... 60Dual Anti-Reflection Coatings.............................................. 60

32Metallic Coated Optics

Metallic Coated Optics........................................................... 32

39Metal Mirrors

Metal Mirrors............................................................................ 39

40Variable Reflectivity Mirrors

Variable Reflectivity Mirrors ................................................. 40

41Non Polarizing Beamsplitter Cubes

Non Polarizing Beamsplitter Cubes .................................... 41

Optical Substrates ..................................................................... 2

Opto-MechanicalProductscan be foundin separatecatalogue.

Opt o-Mechanical Product s


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2

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

S T A N D A R D S P E C I F I C A T I O N S

Material BK7, UVFS, IRFS, CaF, ZnSe, Sapphire, MgFShape Round, RectangularSurfaceQuality

2010 scratch & dig (BK7, UVFS);4020 scratch & dig (ZnSe, Sapphire, CaF, MgF)

SurfaceFigure

/10 /8 per 1 inch diam (BK7, UVFS)/2 /4 per 1 inch diam (ZnSe)

Dimensionolerances

Diameter: +0.0, 0.1 mmTickness: 0.1 mm

Coatings None. Please refer to theCoating Section

S T A N D A R D P R O D U C T S

Material Dimensions, mm Parallelism Error Ordering Code

BK7

12.73


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Fax:+370-5-2651483




OPTICAL COMPONENTS

3

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

Converges incident light

Other dimensions are available in smalland mass production quantities

Various AR coatings are available forall these lenses. Please refer to theCoatings Section

FEATURES

Positive focal length lenses have flat surface on one side andspherical surface on the other. Tey are used for focusing beams intelescopes, collimators or condenser systems, optical transceiversor other applications. PCX lens up to 500 mm diameter areavailable. Under customers request lens are anti-reflection coated(please refer to the Coatings section).

LENSES

14PCXPlano-Convex Lenses


Material BK7, FS, UVFS, CaF, ZnSe, Si, GeDiameter olerance +0.0, 0.15 mmFocal Length olerance 3%

Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 40-20 scratch & digDesign Wavelength 632.8 nm

AR CoatingsNone. Please refer to the CoatingsSection

B K 7 P L A N O C O N V E X L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

12.7 +20 2.5 14PCX20-05-1

12.7 +25 2.5 14PCX25-05-1

12.7 +40 2.5 14PCX40-05-1

12.7 +50 2.5 14PCX50-05-1

12.7 +60 2.5 14PCX60-05-1

12.7 +75 2.5 14PCX75-05-1

12.7 +100 2.5 14PCX100-05-1

12.7 +150 2.5 14PCX150-05-1

12.7 +200 2.0 14PCX200-05-1

12.7 +250 2.0 14PCX250-05-1

12.7 +300 2.0 14PCX300-05-1

12.7 +500 2.0 14PCX500-05-1

12.7 +1000 2.0 14PCX1000-05-1

12.7 +1500 2.0 14PCX1500-05-1

25.4 +35 2.0 14PCX35-1-1

25.4 +50 2.0 14PCX50-1-1

25.4 +60 2.0 14PCX60-1-1

25.4 +75 2.0 14PCX75-1-1

25.4 +100 2.0 14PCX100-1-1

25.4 +125 2.0 14PCX125-1-1

25.4 +150 2.0 14PCX150-1-1

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

25.4 +200 2.0 14PCX200-1-1

25.4 +250 2.0 14PCX250-1-1

25.4 +300 2.0 14PCX300-1-1

25.4 +400 2.0 14PCX400-1-1

25.4 +500 2.0 14PCX500-1-1

25.4 +750 2.0 14PCX750-1-1

25.4 +1000 2.5 14PCX1000-1-1

25.4 +1200 2.5 14PCX1200-1-1

25.4 +1500 2.5 14PCX1500-1-1

25.4 +2000 3.0 14PCX2000-1-1

25.4 +2500 3.0 14PCX2500-1-1

25.4 +3000 3.0 14PCX3000-1-1

25.4 +4000 3.0 14PCX4000-1-1

25.4 +5000 3.0 14PCX5000-1-1

25.4 +10000 3.0 14PCX10000-1-1

50.8 +200 3.0 14PCX200-2-1

50.8 +300 3.0 14PCX300-2-1

50.8 +350 3.0 14PCX350-2-1

50.8 +500 3.0 14PCX500-2-1

50.8 +1000 3.0 14PCX1000-2-1

50.8 +2000 3.0 14PCX2000-2-1

Tc

Te

F

D


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Phone:+370-5-2651474

Fax:+370-5-2651483




4

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

4SCML-2 Self-CenteringLens/Optics Mount

5LM-1 Y-Z Positionerfor Lens, Pinholes andObjectives

R E L A T E D P R O D U C T S A N D A C C E S S O R I E S

U V F S P L A N O C O N V E X L E N S E S

DiameterD, mm

FocalLengthF, mm

EdgeTickness

e, mm

OrderingCode

12.7 +20 2.5 14PCX20-05-2

12.7 +25 2.5 14PCX25-05-2

12.7 +40 2.5 14PCX40-05-2

12.7 +50 2.5 14PCX50-05-2

12.7 +60 2.5 14PCX60-05-2

12.7 +75 2.5 14PCX75-05-212.7 +100 2.5 14PCX100-05-2

12.7 +150 2.5 14PCX150-05-2

12.7 +200 2.0 14PCX200-05-2

12.7 +250 2.0 14PCX250-05-2

12.7 +300 2.0 14PCX300-05-2

12.7 +500 2.0 14PCX500-05-2

12.7 +1000 2.0 14PCX1000-05-2

12.7 +1500 2.0 14PCX1500-05-2

25.4 +35 2.0 14PCX35-1-2

25.4 +50 2.0 14PCX50-1-2

25.4 +60 2.0 14PCX60-1-2

25.4 +75 2.0 14PCX75-1-2

25.4 +100 2.0 14PCX100-1-2

25.4 +125 2.0 14PCX125-1-2

25.4 +150 2.0 14PCX150-1-2

C a F P L A N O C O N V E X L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

25.4 +100 3.0 14PCX-100-1-3

25.4 +200 3.0 14PCX-200-1-3

25.4 +500 3.0 14PCX-500-1-3

25.4 +1000 3.0 14PCX-1000-1-3

Zn Se P L A N O C O N V E X L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

12.7 +25 3.0 14PCX-25-05-4

12.7 +30 3.0 14PCX-30-05-4

12.7 +50 2.5 14PCX-50-05-4

12.7 +100 2.5 14PCX-100-05-4

12.7 +200 2.5 14PCX-200-05-4

12.7 +300 2.5 14PCX-300-05-4

12.7 +500 2.5 14PCX-500-05-4

25.4 +100 2.5 14PCX-100-1-4

25.4 +200 2.5 14PCX-200-1-425.4 +300 2.5 14PCX-300-1-4

25.4 +500 2.5 14PCX-500-1-4

DiameterD, mm

FocalLengthF, mm

EdgeTickness

e, mm

OrderingCode

25.4 +200 2.0 14PCX200-1-2

25.4 +250 2.0 14PCX250-1-2

25.4 +300 2.0 14PCX300-1-2

25.4 +400 2.0 14PCX400-1-2

25.4 +500 2.0 14PCX500-1-2

25.4 +750 2.0 14PCX750-1-225.4 +1000 2.5 14PCX1000-1-2

25.4 +1200 2.5 14PCX1200-1-2

25.4 +1500 2.5 14PCX1500-1-2

25.4 +2000 3.0 14PCX2000-1-2

25.4 +2500 3.0 14PCX2500-1-2

25.4 +3000 3.0 14PCX3000-1-2

25.4 +4000 3.0 14PCX4000-1-2

25.4 +5000 3.0 14PCX5000-1-2

25.4 +10000 3.0 14PCX10000-1-2

50.8 +200 3.0 14PCX200-2-2

50.8 +300 3.0 14PCX300-2-2

50.8 +350 3.0 14PCX3500-2-2

50.8 +500 3.0 14PCX500-2-2

50.8 +1000 3.0 14PCX1000-2-2

50.8 +2000 3.0 14PCX2000-2-2

C O D E E X A M P L E F O R O R D E R I N G

14PCX100-1-2

Material1 BK72 UVFS

3 CaF4 ZnSe

Focal length

Diameter

05 12.7 mm1 25.4 mm2 50.8 mm


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Phone:+370-5-2651474

Fax:+370-5-2651483




OPTICAL COMPONENTS

5

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

Diverges incident light



FEATURES

Tese negative focus length lenses have flat surface on one sideand spherical surface on the other. Tey are used to expand beamsor to increase focal lengths in optical systems or other similarapplications. PCV lens up to 500 mm diameter are available.Under customers request lens are anti-reflection coated (pleaserefer to the Coatings section).

14PCV Plano-Concave Lenses


Material BK7, FS, UVFS, CaF, ZnSe, Si, GeDiameter olerance +0.0, 0.15 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm

AR coatings

None. Please refer to the Coatings

Section

B K 7 P L A N O C O N C A V E L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

12.7 20 4.0 14PCV20-05-1

12.7 30 3.5 14PCV30-05-1

12.7 50 3.5 14PCV50-05-1

12.7 75 3.5 14PCV75-05-1

12.7 100 3.5 14PCV100-05-1

12.7 150 3.5 14PCV150-05-1

12.7 200 3.5 14PCV200-05-1

12.7 250 3.5 14PCV250-05-1

12.7 500 3.5 14PCV500-05-1

12.7 1000 3.5 14PCV1000-05-1

25.4 40 6.0 14PCV40-1-1

25.4 50 5.5 14PCV50-1-1

25.4 75 5.0 14PCV75-1-1

25.4 100 4.0 14PCV100-1-1

25.4 150 3.5 14PCV150-1-1

25.4 200 3.5 14PCV200-1-1

25.4 250 3.5 14PCV250-1-1

25.4 300 3.5 14PCV300-1-1

25.4 400 3.5 14PCV400-1-125.4 500 3.5 14PCV500-1-1

25.4 1000 3.5 14PCV1000-1-1

25.4 2000 3.5 14PCV2000-1-1

25.4 3000 3.5 14PCV3000-1-1

25.4 10000 3.5 14PCV10000-1-1

50.8 500 4.0 14PCV500-2-1

50.8 900 4.0 14PCV900-2-1

50.8 1000 4.0 14PCV1000-2-1

50.8 1200 4.0 14PCV1200-2-1

50.8 1500 4.0 14PCV1500-2-1

50.8 2000 4.0 14PCV2000-2-1

50.8 8000 4.0 14PCV8000-2-1

U V F S P L A N O C O N C A V E L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

12.7 20 4.0 14PCV20-05-2

12.7 30 3.5 14PCV30-05-2

12.7 50 3.5 14PCV50-05-2

12.7 75 3.5 14PCV75-05-2

12.7 100 3.5 14PCV100-05-2

12.7 150 3.5 14PCV150-05-2

12.7 200 3.5 14PCV200-05-2

12.7 250 3.5 14PCV250-05-2

12.7 500 3.5 14PCV500-05-2

12.7 1000 3.5 14PCV1000-05-2

25.4 40 6.0 14PCV40-1-2

25.4 50 5.5 14PCV50-1-2

25.4 75 5.0 14PCV75-1-2

25.4 100 4.0 14PCV100-1-2

25.4 150 3.5 14PCV150-1-2

25.4 200 3.5 14PCV200-1-2

25.4 250 3.5 14PCV250-1-2

25.4 300 3.5 14PCV300-1-2

25.4 400 3.5 14PCV400-1-225.4 500 3.5 14PCV500-1-2

25.4 1000 3.5 14PCV1000-1-2

25.4 2000 3.5 14PCV2000-1-2

25.4 3000 3.5 14PCV3000-1-2

25.4 10000 3.5 14PCV10000-1-2

50.8 500 4.0 14PCV500-2-2

50.8 900 4.0 14PCV900-2-2

50.8 1000 4.0 14PCV1000-2-2

50.8 1200 4.0 14PCV1200-2-2

50.8 1500 4.0 14PCV1500-2-2

50.8 2000 4.0 14PCV2000-2-2

50.8 8000 4.0 14PCV8000-2-2

Tc

Te

F

D


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Phone:+370-5-2651474

Fax:+370-5-2651483




6

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

C a F P L A N O C O N C A V E L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

25.4 100 3.0 14PCV100-1-3

25.4 200 3.0 14PCV200-1-3

25.4 500 3.0 14PCV500-1-3

25.4 1000 3.0 14PCV1000-1-3

Zn Se P L A N O C O N C A V E L E N S E S

DiameterD, mm

Focal LengthF, mm

Edge Ticknesse, mm

OrderingCode

12.7 50 3.0 14PCV50-05-4

12.7 100 3.0 14PCV100-05-4

12.7 500 2.5 14PCV500-05-4

25.4 50 3.5 14PCV50-1-4

25.4 100 3.0 14PCV100-1-4

25.4 200 2.5 14PCV200-1-4

25.4 300 2.5 14PCV300-1-4


14PCV100-1-1

Material1 BK72 UVFS3 CaF4 ZnSe

Focal length

Diameter05 12.7 mm1 25.4 mm2 50.8 mm

5ZYP-2-B1Y-Z Positioner forLens, Pinholes andObjectives

R E L A T E D P R O D U C T S

4LM13-40Self-CenteringLens/OpticsMount

4LM149-10UniversalAdjustable Lens/Optics Mount


Converges incident light

Lower spherical aberrations than for Plano-Convex lenses

Other dimensions are available in small and massproduction quantities

Various AR coatings are available for all these lenses.

Please refer to the Coatings Section

FEATURES

Double convex lenses are symmetrical therefore have equal radiusof curvature on both sides. Biconvex lenses are used as magnifiers,objectives, condensing systems. Since both surfaces contribute tothe power of biconvex lenses, they have shorter focal length thanPCX lenses of equal diameter and surface radius. Lenses can beanti-reflection coated (please refer to the Coatings section).

14BCX Double-Convex Lenses


Material BK7, FS, UVFS, CaF, ZnSe, Si, GeDiameter olerance +0.0, 0.15 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nmAR coatings None. Please refer to the Coatings

Section

D O U B L E C O N V E X L E N S E S

MaterialDiameter

D, mm

FocalLengthF, mm

EdgeTickness

e, mm

OrderingCode

BK7

12.7 +12 2.0 14BCX12-05-1

12.7 +15 2.0 14BCX15-05-1

12.7 +20 2.0 14BCX20-05-1

25.4 +25 2.0 14BCX25-1-1

25.4 +30 2.0 14BCX30-1-1

25.4 +35 2.0 14BCX35-1-1

25.4 +50 2.0 14BCX50-1-1

UVFS

12.7 +15 2.0 14BCX15-05-2

12.7 +20 2.0 14BCX20-05-2

12.7 +25 2.0 14BCX25-05-2

25.4 +30 2.0 14BCX30-1-2

25.4 +40 2.0 14BCX40-1-2

25.4 +50 2.0 14BCX50-1-2


14BCX50-1-2

Material1 BK72 UVFS

Focal length

Diameter05 12.7 mm1 25.4 mm

Tc

Te

F

D


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Phone:+370-5-2651474

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OPTICAL COMPONENTS

7

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION


14BCV20-05-1

Material1 BK72 UVFS

Focal length


D O U B L E C O N C A V E L E N S E S

MaterialDiameter

D, mm

FocalLengthF, mm

EdgeTickness

e, mm

OrderingCode

BK7

12.7 12 5.0 14BCV12-05-112.7 15 5.0 14BCV15-05-112.7 20 4.5 14BCV20-05-125.4 25 8.0 14BCV25-1-125.4 30 8.0 14BCV30-1-125.4 35 7.0 14BCV35-1-125.4 50 7.0 14BCV50-1-1

UVFS

12.7 15 5.0 14BCV15-05-212.7 20 5.0 14BCV20-05-212.7 25 4.5 14BCV25-05-225.4 30 8.0 14BCV30-1-225.4 40 8.0 14BCV40-1-225.4 50 7.0 14BCV50-1-2


Material BK7, FS, UVFS, CaF, ZnSe, Si, GeDiameter olerance +0.0, 0.15 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm

AR coatingsNone. Please refer to the CoatingsSection

Diverges incident light

Lower spherical aberrations than forPlano-Concave lenses



FEATURES

Double concave lenses are symmetrical with equal radius ofcurvature on both sides.Te biconcave lenses are used in optical systems in combinationwith other lenses. Tese lenses also work as beamexpanders,optical character readers, viewers and projection systems. Lensescan be anti-reflection coated (please refer to the Coatings Section).

14BCV Double-Concave Lenses

4OCM-25OpticalComponentMount

F

D

Tc

Te


4SCML-4Self-CenteringLens/OpticsMounts


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Phone:+370-5-2651474

Fax:+370-5-2651483




8

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material BK7, FS, UVFS, CaF, ZnSeDiameter olerance +0.0, 0.15 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm


B K7 P O S I T I V E C Y L I N D R I C A L L E N S E S

Size, mm Focal length F, mm Ordering Code

1010

+50 14PCL50-1-1

+100 14PCL100-1-1

+175 14PCL175-1-1

+200 14PCL200-1-1

+500 14PCL500-1-1

+1000 14PCL1000-1-1

2020

+50 14PCL50-2-1

+100 14PCL100-2-1

+175 14PCL175-2-1

+200 14PCL200-2-1

+500 14PCL500-2-1

+1000 14PCL1000-2-1

+2000 14PCL2000-2-1

3030

+200 14PCL200-3-1

+500 14PCL500-3-1

+1000 14PCL1000-3-1

+3000 14PCL3000-3-1

U V F S P O S I T I V E C Y L I N D R I C A L L E N S E S


1010

+50 14PCL50-1-2+100 14PCL100-1-2

+175 14PCL175-1-2

+200 14PCL200-1-2

+500 14PCL500-1-2

+1000 14PCL1000-1-2

2020

+50 14PCL50-2-2

+100 14PCL100-2-2

+175 14PCL175-2-2

+200 14PCL200-2-2

+500 14PCL500-2-2

+1000 14PCL1000-2-2

+2000 14PCL2000-2-2

3030

+200 14PCL200-3-2

+500 14PCL500-3-2

+1000 14PCL1000-3-2

+3000 14PCL3000-3-2

Cylindrical lenses with positive focal length condense light inone dimension only. Tey are used to focus light to a thin linefor effective harmonic generation in nonlinear crystals, in laserscanners, spectroscopy, dye lasers, acousto-optics or otherapplications. Tey are also irreplaceable for circularization ofdiode laser outputs, energy collection for linear detectors or for

coupling to a slit input.

14PCL Positive Cylindrical Lenses

Rectangular and Round shape areavailable

Focus light in one dimension only



FEATURES


14PCL100-2-1

Material1 BK72 UVFS

Focal length

Dimensions1 1010 mm2 2020 mm3 3030 mm4 custom

Tc

Te

F


4PH132UniversalPlate Holder

5OM37-20wo AngularFine AdjustmentMounts


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Fax:+370-5-2651483




OPTICAL COMPONENTS

9

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION


14NCL100-2-1

Material1 BK72 UVFS

Focal length

Dimensions1 1010 mm2 2020 mm3 3030 mm4 custom

Cylindrical lens with negative focal length expand light in onedimension only. Tey are used in laser scanners, spectroscopy,dye lasers, acousto-optics, optical processors or other appli-cations. Tey are also irreplaceable for circularization of diodelaser outputs. Lenses can be anti-reflection coated (please referto the Coatings Section).

14NCL Negative Cylindrical Lenses

Rectangular and Round shape areavailable

Diverges light in one dimension only Other dimensions are available in small

and mass production quantities


FEATURES


Material BK7, FS, UVFS, CaF, ZnSeDiameter olerance +0.0, 0.15 mmTickness olerance 1.0 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm


B K7 N E G A T I V E C Y L I N D R I C A L L E N S E S


1010

50 14NCL50-1-1100 14NCL100-1-1180 14NCL180-1-1200 14NCL200-1-1400 14NCL400-1-1500 14NCL500-1-1600 14NCL600-1-1

1000 14NCL1000-1-1

2020

50 14NCL50-2-1100 14NCL100-2-1150 14NCL150-2-1200 14NCL200-2-1500 14NCL500-2-1

1000 14NCL1000-2-12000 14NCL2000-2-1

3030

200 14NCL200-3-1500 14NCL500-3-1

1000 14NCL1000-3-13000 14NCL3000-3-1

U V F S N E G A T I V E C Y L I N D R I C A L L E N S E S


1010


1000 14NCL1000-1-2

2020


1000 14NCL1000-2-2

2000 14NCL2000-2-2

3030

200 14NCL200-3-2500 14NCL500-3-2

1000 14NCL1000-3-23000 14NCL3000-3-2


4H29Push Holder

Tc

Te

F


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10

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material BK7, FS, UVFS, CaF, ZnSe

Diameter olerance +0.0, 0.15 mmFocal Length olerance 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign wavelength 633 nm


B K7 M E N I S C U S L E N S E S

Diameter, mm ROC, mm ROC, mm Ordering Code

25.4

+50 50 14MSL-1-50/50-1

+100 100 14MSL-1-100/100-1

+150 150 14MSL-1-150/150-1

+200 200 14MSL-1-200/200-1

+250 250 14MSL-1-250/250-1

+300 300 14MSL-1-300/300-1

U V F S M E N I S C U S L E N S E S

Diameter, mm ROC, mm ROC, mm Ordering Code

25.4

+50 50 14MSL-1-50/50-2

+100 100 14MSL-1-100/100-2

+150 150 14MSL-1-150/150-2+200 200 14MSL-1-200/200-2

+250 250 14MSL-1-250/250-2

+300 300 14MSL-1-300/300-2

Positive and negative focal length lenses have different radiion both sides. Meniscus lenses are used in applications wheredistortion of the beam has to be reduced. Tey are used onfocusing beams in telescopes, collimators or condenser systems,optical transceivers or other devices. Standa provides lens withanti-reflection coating (please refer to the Coatings Section).

14MSL Meniscus Lenses


14MSL-1-50/50-1

Material1 BK72 UVFS

ROC

Diameter1 25.4 mm

ROC

4SCML-2Self-CenteringLens/OpticsMount


F

F

D

D

Tc

Tc

Te

Te

Used in applications to reduce beam distortion


Various AR coatings are available for all these lenses.Please refer to the Coating Section

FEATURES


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OPTICAL COMPONENTS

11

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION


14ALP-1-150-BBAR1

P positive lensN negative lens

Focal length


Coating type

Compound lens system forms an image free from chromaticaberration. Cemented achromatic lenses significantly reducecoma and chromatic aberration. Best used to replace singlecomponents where performance must be improved.

14AL Achromatic Lenses


MaterialAll type of material are available todesign the optimal achromats

Dimensions olerance +0.0, 0.15 mm

Focal Length 3%Centration 90%Chamfer 0.25 mm @ 45Surface Figure /4 @ 632.8 nmSurface Quality 6040 scratch & digDesign Wavelength 632.8 nmAR Coatings VIS or NIR

VI S C O AT E D A C H R O M A T I C L E N S E S

OptimalWavelength

Range, nm

DiameterD, mm

Focal LengthF, mm

Ordering Code

400-700

12.7 +30 14ALP-05-30-BBAR1

12.7 +50 14ALP-05-50-BBAR1

12.7 +75 14ALP-05-75-BBAR1

25.4 +100 14ALP-1-100-BBAR1

25.4 +125 14ALP-1-125-BBAR1

25.4 +150 14ALP-1-150-BBAR1

25.4 +200 14ALP-1-200-BBAR1

25.4 +250 14ALP-1-250-BBAR1

25.4 +300 14ALP-1-300-BBAR1

400-700

12.7 50 14ALN-05-50-BBAR1

12.7 75 14ALN-05-75-BBAR1

12.7 100 14ALN-05-100-BBAR1

25.4 150 14ALN-1-150-BBAR1

25.4 200 14ALN-1-200-BBAR1

25.4 250 14ALN-1-250-BBAR1

NI R C O AT E D A C H R O M A T I C L E N S E S

OptimalWavelength

Range, nm

DiameterD, mm

Focal LengthF, mm

Ordering Code

700-1050

12.7 +30 14ALP-05-30-BBAR5

12.7 +50 14ALP-05-50-BBAR5

12.7 +75 14ALP-05-75-BBAR5

25.4 +100 14ALP-1-100-BBAR5

25.4 +125 14ALP-1-125-BBAR5

25.4 +150 14ALP-1-150-BBAR5

25.4 +200 14ALP-1-200-BBAR5

25.4 +250 14ALP-1-250-BBAR5

25.4 +300 14ALP-1-300-BBAR5

700-1050

12.7 50 14ALN-05-50-BBAR5

12.7 75 14ALN-05-75-BBAR5

12.7 100 14ALN-05-100-BBAR5

25.4 150 14ALN-1-150-BBAR525.4 200 14ALN-1-200-BBAR5

25.4 250 14ALN-1-250-BBAR5

D

Tc

Fr

Fb

Te

H

Used in applications to reduce beam distortion


Various AR coatings are available for all these lenses.Please refer to the Coatings Section

FEATURES


4SCML-12 Self-CenteringLens/Optics Mounts


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12

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Dimensions olerance +0.0, 0.15 mmCentration


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OPTICAL COMPONENTS

13

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

Produces a line image along the axisfrom a point light source or nondiffractive Bessel beam

Available diameter up to 50 mm

Plano Convex, Plano Concave andDouble Convex available


FEATURES

Axicon lens are conical lens which, when followed by a conven-tional lens, can focus laser light to a ring shape.An axicon will convert a parallel laser beam into a ring. Usingaxicon together with a spherical lens will produce an annularfocus for a hole drilling application. An axicon will create a nondiffractive Bessel beam. Tis feature offers enhanced opticalguiding, which was previously limited to the Rayleigh range

of the Gaussian beam. High-order Bessel beams offer distinctadvantages over other hollow light beams for atom guiding.

14APX


Material BK7, UVFSDiameter olerance +0.0, 0.15 mmTickness olerance 0.1 mmEdge Tickness 3.5 mm. Available down to 2 mmApex Angle 90 179.98Clear Aperture >90%Apex angle olerance 0.5. Available down to 0.02Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm


B K 7 P L A N O C O N V E X A X I C O N S

Diameter D, mm Apex Angle , deg Ordering Code

25.4 90 14APX-1-90-1

25.4 130 14APX-1-130-1

25.4 140 14APX-1-140-1

25.4 160 14APX-1-160-1

25.4 170 14APX-1-170-1

25.4 175 14APX-1-175-1

25.4 176 14APX-1-176-1

25.4 178 14APX-1-178-1

25.4 179 14APX-1-179-1

U V F S P L A N O C O N V E X A X I C O N S


25.4 90 14APX-1-90-2

25.4 130 14APX-1-130-2

25.4 140 14APX-1-140-2

25.4 160 14APX-1-160-2

25.4 170 14APX-1-170-2

25.4 175 14APX-1-175-2

25.4 176 14APX-1-176-2

25.4 178 14APX-1-178-225.4 179 14APX-1-179-2


Plano-Convex Axicons

14APX-1-90-1

Material1 BK72 UVFS

Diameter1 25.4 mm

Apex Angle

Tc

Te L

D

5KOM4-1Four AxisKinematicOpticalMount


4SCML-2Self-CenteringLens/OpticsMount


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14

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material BK7, UVFSDiameter olerance +0.0, 0.15 mmTickness olerance 0.1 mmApex Angle 90 179.98Clear Aperture >90%

Apex Angle olerance 0.5. Available down to 0.02Surface Figure /4 @ 632.8 nmSurface Quality 40-20 scratch & digDesign Wavelength 632.8 nm


B K7 P L A N O C O N C A V E A X I C O N S


25.4 90 14APC-1-90-1

25.4 130 14APC-1-130-1

25.4 140 14APC-1-140-1

25.4 160 14APC-1-160-125.4 170 14APC-1-170-1

25.4 175 14APC-1-175-1

25.4 176 14APC-1-176-1

25.4 178 14APC-1-178-1

25.4 179 14APC-1-179-1

U V F S P L A N O C O N C A V E A X I C O N S


25.4 90 14APC-1-90-2

25.4 130 14APC-1-130-2

25.4 140 14APC-1-140-2

25.4 160 14APC-1-160-2

25.4 170 14APC-1-170-2

25.4 175 14APC-1-175-2

25.4 176 14APC-1-176-2

25.4 178 14APC-1-178-2

25.4 179 14APC-1-179-2

Standa is able to offer and Plano-Concave Axicons of variousdimensions and Apex angles. Plano-concave axicons are made ofa plano surface in combination with a concave conical surface.Tey are made of optically transparent or filter materials withpolished opposite sides, grounded edges and chamfers. Anaxicon made up of conical and flat surface produces a line image

along the axis from a point light source. Due to fabricationsprocess, a central hole is needed for concave conical surface. Holediameter is typically 1 mm. Different coatings can be applied onthe polished sides of axicons. Te concave conical surface can beused as a mirror axicon.

14APC Plano-Concave Axicons




Various AR coatings are available for

all these lenses. Please refer to theCoatings Section

FEATURES


1 4 APC- 1 - 9 0 - 1

Material1 BK72 UVFS

Diameter1 25.4 mm

Apex Angle


5LM-1 Y-Z Positionerfor Lens, Pinholes andObjectives

4OCM-25 OpticalComponent Mount

D1 mm

Tc

Te


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OPTICAL COMPONENTS

15

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION


Material BK7, UVFSDiameter olerance +0.0, 0.15 mmTickness olerance 0.1 mmEdge Tickness 9 mmApex Angle 90 179.98Clear Aperture >90%Apex Angle olerance 0.5. Available down to 0.02Surface Figure /4 @ 632.8 nmSurface Quality 4020 scratch & digDesign Wavelength 632.8 nm

Available Focal Length 2010000 mmRadius olerance 3%

AR Coatings None. Please refer to the CoatingsSection

B K 7 D O U B L E C O N V E X A X I C O N S

DiameterD, mm

Focal length rangeof the spherical

face L, mm

ApexAngle ,

degOrdering Code

25.4 502000 90 14ABX-1-90-1

25.4 502000 130 14ABX-1-130-1

25.4 502000 140 14ABX-1-140-125.4 502000 160 14ABX-1-160-1

25.4 502000 170 14ABX-1-170-1

25.4 502000 175 14ABX-1-175-1

25.4 502000 176 14ABX-1-176-1

25.4 502000 178 14ABX-1-178-1

25.4 502000 179 14ABX-1-179-1

U V F S D O U B L E C O N V E X A X I C O N S

DiameterD, mm

Focal length rangeof the spherical

face L, mm

ApexAngle ,

degOrdering Code

25.4 502000 90 14ABX-1-90-2

25.4 502000 130 14ABX-1-130-2

25.4 502000 140 14ABX-1-140-225.4 502000 160 14ABX-1-160-2

25.4 502000 170 14ABX-1-170-2

25.4 502000 175 14ABX-1-175-2

25.4 502000 176 14ABX-1-176-2

25.4 502000 178 14ABX-1-178-2

25.4 502000 179 14ABX-1-179-2

Standa is able to offer and Double Convex Axicons of variousdimensions and Apex angles. Double convex axicons stand foroptical components with a convex conical surface in combinationwith a convex spherical surface. Tey are made of opticallytransparent or filter materials with polished opposite sides,grounded edges and chamfers.

14ABX Double Convex Axicons





FEATURES


14ABX-1-90-1

Material1 BK72 UVFS

Diameter1 25.4 mm

Apex Angle

D

R

Tc L

Te


5KOM5-1 Five AxisKinematic Optical Mount


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16

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material BK7, UVFS, IRFSDimension olerances +0.0, 0.2 mmSurface Quality 40-20 scratch & digFlatness /4 @ 632.8 nmAngle olerance 2 arcminDesign Wavelength 780 nm

Coatings None. Please refer to CoatingsSection

D I S P E R S I N G P R I S M S

MaterialDimensionsA L, mm

Coating Ordering Code

BK712.5 12.5 Uncoated 14DP-1-1

25 25 Uncoated 14DP-2-1

UVFS12.5 12.5 Uncoated 14DP-1-2

25 25 Uncoated 14DP-2-2

PRISMS

14DPDispersing Prisms

Dispersing prisms are used for wavelength separation applications.A light ray is twice refracted passing through the prism. Deviationis a function of refractive index, and hence wavelength.

Tese prisms are used to direct beams at 90 degrees by usinghypotenuse face in total internal reflection (IR). Right angleprisms are often preferable to an inclined mirror in applicationsinvolving severe acoustic or inertial loads, because they areeasier to mount, and deform much less than mirror in responseto external mechanical stress. As long as acceptance anglelimitations for IR from the roof faces are not exceeded, the rightangle prisms can serve as a retro reflector, turning beams back tothe original direction.

Separates light by wavelength

Various dielectric coatings can bedeposited upon request

FEATURES


14DP-1-1

Material1 BK72 UVFS

Dimensions (AL)1 12.512.5 mm2 2525 mm


5OM37-20wo AngularFineAdjustmentMounts

5PM131 Prism/OpticsMount

14RAP Right-Angle Prisms

Can work as internal or external reflectors or asretro-reflectors

Various dielectric coatings can be deposited upon request

FEATURES

A

H

A

L

B

C

A


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OPTICAL COMPONENTS

17

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION



1 4 RPR- 1 - 1

1 4 RAP- 1 - 0 - 1

Material

1 BK7

Material1 BK72 UVFS

Dimensions (LH)

1 16 10 5 mm2 18 8 4 mm3 22 16 8 mm4 25 10 4 mm5 35 10 5 mm

Dimensions (ABC)1 12.512.512.5 mm2 202020 mm3 252525 mm

14RPR Right-Angle Prisms Retroreflectors

Working as internal or external reflectors or asretro-reflectors


FEATURES


Material BK7, IRFS, UVFSDimensionolerances

+0.0, 0,2 mm

Surface Quality 40-20 scratch & digClear Aperture 80% of the face sizeFlatness /4 @ 632.8 nm90 Angleolerance

2 arcmin (general type)5 arcsec (precision type)

Pyramidalolerance

1 arcmin (general type)30 arcsec (precision type)

CoatingsNone. Please refer toCoatings Section

R I G H T A N G L E P R I S M S

MaterialDimensions

A B C, mmAngle

toleranceOrdering Code

BK7

12.5 12.5 12.5General type 14RAP-1-0-1

Precision type 14RAP-1-1-1

20.0 20.0 20.0General type 14RAP-2-0-1


25.0 25.0 25.0General type 14RAP-3-0-1


UVFS

12.5 12.5 12.5General type 14RAP-1-0-2


20.0 20.0 20.0General type 14RAP-2-0-2


25.0 25.0 25.0General type 14RAP-3-0-2


Angle olerance0 General ype1 Precision ype

5OM37-50wo Angular FineAdjustment Mounts


5PM57Prism/OpticsMount

Right-angle prisms - retroreflectors are often preferable to aninclined mirror in applications involving severe acoustic orinertial loads, because they are easier to mount, and deformmuch less than mirror in response to external mechanical stress.As long as acceptance angle limitations for IR from the rooffaces are not exceeded, the right angle prisms are working as aretro reflector, turning beams back to the original direction.


Material BK7

Dimension olerances +0.0, 0.2 mmSurface Quality 40-20 scratch & digClear Aperture 80% of the face sizeFlatness /4 @ 632.8 nm90 Angle olerance 2 arcmin (general type)

CoatingsNone. Please refer to the CoatingsSection

B K 7 R I G H T A N G L E P R I S M S R E T R O R E F L E C T O R S

Dimensions L H , mm Ordering Code

16 10 5 14RPR-1-1

18 8 4 14RPR-2-1

22 16 8 14RPR-3-125 10 4 14RPR-4-1

35 10 5 14RPR-5-1

H

L

T


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18

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material BK7, UVFSDimension olerances +0.0, 0.2 mmSurface Quality 40-20 scratch & digFlatness /10 @ 632.8 nmBeam Deviation 180 30 arcsecAngular Deviation 5 arcsec

C O R N E R C U B E R E T R O R E F L E C T O R S

Material Dimensions d h, mm Coating Ordering Code

BK725.4 19.0 Uncoated 14CCR-1-1

38.1 28.5 Uncoated 14CCR-2-1

UVFS 25.4 19.0 Uncoated 14CCR-1-2

14CCR Corner Cube Retroreflectors

BK7 or UVFS Corner cube retroreflectors designed to deviateincident light by 180 degrees independently of an angle ofincidence. Tese prisms have 3 mirror surfaces making angles of90 deg to each other, juxtaposed to form the corner of a cubewith the entrance face perpendicular to cube diagonal. All beams,despite of incident direction, are reflected back to the original

direction. Corner cubes are used in high precision applications orwith lasers over very long distances.

Penta prisms function is to deviate the direction of the light beamby 90 degrees. Penta prism will neither invert nor reverse theimage. Penta prisms are extremely useful in alignment systemsas they define a right angle very precisely and independentlyof angle of incidence. Rays entering one face emerge from theadjacent face at precisely 90 deg after they have undergone tworeflections inside the prism for a total of 270 deg. Te penta prismacts as a turning mirror which is insensitive to alignment.

Incident light deviates by 180 degreesindependently of the angle of incidence

Mainly used in high precisionapplications or with lasers over verylong distances

Various dielectric coatings can bedeposited upon request

FEATURES


14CCR-1-1

Material1 BK72 UVFS

Dimensions (dh)1 25.419.0 mm2 38.128.5 mm

14PP Penta Prisms

High precision


Custom size available

FEATURES

B K 7 P E N T A P R I S M S

Dimensions A x B, mm Coating Ordering Code

7.0 x 7.0 Uncoated 1PP-1




Material BK7Dimension olerances +0.0, 0.2 mmSurface Flatness


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OPTICAL COMPONENTS

19

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION


14DOP-1-1

Material1 BK72 UVFS

Dimensions (ABh)1 21.15.05.0 mm2 42.310.010.0 mm

A pair of prisms can be designed into a much morecompact package than a telescope using cylindrical optics

Te ability of adjusting the position of the prisms allowsthe user to compensate for variations from one lightsource to another

Te prisms are more cost effective than cylindrical lensesof comparable quality

Mount for anamorphic prisms is available upon request

FEATURES

Dove prism is a type of reflective prism which is used to invertan image. Dove prisms are shaped from a truncated right-angleprism. A beam of light entering one of the sloped faces of theprism undergoes total internal reflection from the inside of thelongest (bottom) face and emerges from the opposite sloped face.Images passing through the prism are flipped, and because only

one reflection takes place, the images handedness is changed tothe opposite sense. Dove prisms have an interesting propertythat when they are rotated along their longitudinal axis, thetransmitted image rotates at twice the rate of the prism. It isvery important that the application must be used with parallel orcollimated beam and the large square reflective surface should bekept very clean. Another application is used as a retroreflector.For this application it performs as a right-angle prism.

14DOP Dove Prisms

Ideal for Image rotation

Various dielectric coatings availableupon request

FEATURES


Material BK7, UVFSDimension olerances +0.0, 0.2 mmAngle olerance


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20

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Material SF11Dimension olerances +0.0, 0.2 mmSurface Flatness


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OPTICAL COMPONENTS

21

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

Littrow prisms usually are 30 60 90 deg prisms. Te uncoatedLittrow prism can disperse white light into its spectrum; thecoated Littrow prism diverts the beam at a 60 deg angle withoutinverting or reversing the image. Littrow prisms can also be usedas retro-reflecting Brewster prisms, as shown in the picture. Teyare positioned so that beam which enters front side of prism

suffers Brewster anlge and falls normal to the flat surface andis reflected back along the same path. Tey are useful in lasercavities where the wavelength of the return beam can be selectedby tilting the prism slightly. In this way the gain of the cavity canbe tuned to a specific laser line.

14LP Littrow Prisms

Uncoated prisms can be used todisperse the light into spectrum

Aluminium coated (B face) prismsdiverts the beam at a 60 deg anglewithout inverting or reverting theimage

FEATURES


Material BK7Dimension olerances +0.0, 0.2 mmSurface Flatness


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22

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION


Substrate Dimension olerance +0.0, 0.1 mmSubstrate Wavefront Distortion 99.5% @ 0, Rs>99.8% and Rp>99.3% @ 45Laser Damage Treshold >5-7 J/cm for 10 ns pulses @ 1064 nm

Measured transmission curve of the standard Coating Code HR5

DIELECTRIC COATED OPTICS

HR Laser Line mirrorsHR Laser Line mirrors (HR) provide an optimized performanceat certain wavelength and certain angle of incidence (AOI). Tesemultilayer coating stacks helps to achieve the highest possiblereflectivity at specific laser line wavelengths at normal or 45degrees incidence. Laser line HR coatings are used for externalbeam manipulation applications where even slight losses maybe intolerable. Coatings are provided by Ion Beam Sputtering(IBS) or Electron beam evaporation with/without Ion assistancecoating techniques.High reflectivity dielectric coatings in the range of 0.19 - 20 mare available.

Provide an optimised performance atcertain wavelength and certain angle ofincidence (AOI)

Coatings are provided by Ion BeamSputtering (IBS) or Electron beamevaporation with/without Ionassistance coating techniques

HR Laser Line coatings (HR) highlyreflect wavelength range of 99.0 UVFS 14DM-1-HR1-0-2 14DM-1-HR1-45-2 14DM-2-HR1-0-2 14DM-2-HR1-45-2

343-355 >99.5 UVFS 14DM-1-HR2-0-2 14DM-1-HR2-45-2 14DM-2-HR2-0-2 14DM-2-HR2-45-2

400 >99.5 UVFS 14DM-1-HR3-0-2 14DM-1-HR3-45-2 14DM-2-HR3-0-2 14DM-2-HR3-45-2

473-488 >99.5 BK7 14DM-1-HR4-0-1 14DM-1-HR4-45-1 14DM-2-HR4-0-1 14DM-2-HR4-45-1



589 >99.5 BK7 14DM-1-HR7-0-1 14DM-1-HR7-45-1 14DM-2-HR7-0-1 14DM-2-HR7-45-1







460 480 500 520

Wavelength, nm

540 560 580 600

4

3

2

1

0

Transmission,%

s-pol

p-pol


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OPTICAL COMPONENTS

23

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

HR Broad Band mirrors

HR Broad Band mirrors (BBHR) provide an optimizedperformance at broad wavelength range. Tese multilayercoatings offer high reflectivity for broad spectrum. Terefore, itis the ideal for a wide range of multi-wavelength laser or whitelight applications. Coatings are provided by Ion Beam Sputtering(IBS) or Electron beam evaporation with/without Ion assistancecoating techniques.High reflectivity dielectric coatings in the range of 0.19 - 20 mare available.

14DM-BBHR

PLEASE NOE: thickness of UVFS 12.7 mm is 2 mm; thickness of BK7 12.7 mm is 3 mm

thickness of UVFS 25.4 mm is 5 mm; thickness of BK7 25.4 mm is 6 mm


5F21-1FlippingMirror/BeamsplitterMount

5KVDOM-1KinematicVerticalDriveOpticalMount

5MBM24-2-2SQKinematicMirror/BeamsplitterMount

Wavelength,nm

Reflectivity(average),

%

Substratematerial

Ordering Codefor AOI = 0




12.7 mm 25.4 mm






Provide an optimised performance over broad wavelengthrange

Coatings are provided by Ion Beam Sputtering (IBS) orElectron beam evaporation with/without Ion assistancecoating techniques

If your application do not require such wide wavelengthrange to be reflected please refer to Laser Line HRwavelength coatings

Any other our standard substrate can be coated with thistype of coatings!

FEATURES


Substrate Dimension olerance +0.0, 0.1 mmSubstrate Wavefront Distortion 99% @ 0, Rave>99% @ 45

Laser Damage Treshold>2-3 J/cm for 10 ns pulses@ 1064 nm

Material1 BK72 UVFS


1 4 DM - 1 - HR1 - 0 - 1

Coating typeseeHR Laser Linecoatings

Angle ofIncidence, deg


Measured transmission curve of the standard Coating Code BBHR3

740720 760 780 800

Wavelength, nm

820 840 860 880

4

3

2

1

0

Transmission,%


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24

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

H R B R O A D B A N D M I R R O R S

Wave-lengthrange,

nm

Reflec-tivity

(average),%

Sub-strate

material

Ordering Codefor

AOI = 0

Ordering Codefor

AOI = 45

Ordering Codefor

AOI = 0

Ordering Codefor

AOI = 45

12.7 3 mm 25.4 6 mm

400-700 >99.0 BK7 14DM-1-BBHR1-0-1 14DM-1-BBHR1-45-1 14DM-2-BBHR1-0-1 14DM-2-BBHR1-45-1



750-1000 >99.0 BK7 14DM-1-BBHR4-0-1 14DM-1-BBHR4-45-1 14DM-2-BBHR4-0-1 14DM-2-BBHR4-45-1900-1200 >99.0 BK7 14DM-1-BBHR5-0-1 14DM-1-BBHR5-45-1 14DM-2-BBHR5-0-1 14DM-2-BBHR5-45-1


Substrate Dimension olerance +0.0, 0.1 mmSubstrate Wavefront Distortion 5-6 J/cm for 10 ns pulses@ 1064 nm


5F23-05 MiniatureFlipping Mirror/Beamsplitter Mounts

5MBM23-05-3SHMiniature KinematicMirror/BeamsplitterMount

Material1 BK7


1 4 DM - 1 - B B HR1 - 0 - 1

Coating typeseeHR Broad Band

coatings

Angle ofIncidence,deg


Partial Reflecting Mirrors14DM-PR

Partial reflecting mirrors (PR) provide required percentagereflection/transmission at a specific angle of incidence for bothsingle and broad band wavelenghts Tese coatings serves usuallyfor the efficient beam splitting as well as output coupling in highpower laser cavities.

Efficient beam splitting as well as output coupling in highpower laser cavities


Various wavelengths and Reflectivity values are available

Any other our standard substrate can be coated with thistype of coatings

FEATURES

Measured transmission curve for PR coating code PR6.50

740720700 760 780 800

Wavelength, nm

820 840 860 880 900

52

54

56

58

60

62

5048

46

44

Tra

nsmission,%


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OPTICAL COMPONENTS

25

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

P A R T I A L R E F L E C T I N G M I R R O R S

Wave-length,

nm

Sub-stratemate-

rial

Reflec-tivity

(average),%

Ordering Codefor

AOI = 0

Ordering Codefor

AOI = 45

Ordering Codefor

AOI = 0

Ordering Codefor

AOI = 45

12.7 mm 25.4 mm

266 UVFS

103 14DM-1-PR1.10-0-2 14DM-1-PR1.10-45-2 14DM-2-PR1.10-0-2 14DM-2-PR1.10-45-2



355 UVFS 103 14DM-1-PR2.10-0-2 14DM-1-PR2.10-45-2 14DM-2-PR2.10-0-2 14DM-2-PR2.10-45-2



400 UVFS




515-532 BK7




633 BK7




750-850 UVFS


502 14DM-1-PR6.50-0-2 14DM-1-PR6.50-45-2 14DM-1-PR6.50-0-2 14DM-1-PR6.50-45-2901 14DM-1-PR6.90-0-2 14DM-1-PR6.90-45-2 14DM-2-PR6.90-0-2 14DM-2-PR6.90-45-2

946 BK7




1020-1100 BK7




1122 BK7




1319 BK7




1550 BK7




PLEASE NOE: thickness of UVFS 12.7 mm is 2 mm; thickness of BK7 12.7 mm is 3 mm thickness of UVFS 25.4 mm is 5 mm; thickness of BK7 25.4 mm is 6 mm

Material1 BK72 UVFS


1 4 DM - 1 - PR1 .1 0 - 0 - 1

Coating typeseePartial reflectingcoatings


C O D E E X A M P L E F O R O R D E R I N GR E L A T E D P R O D U C T S A N D A C C E S S O R I E S

5OM10 SmallOptical Mount ofSide Drive with

Mirror Adapter5OM100A3

5M111-0Mirror/OpticsMount

5BM57-2Stable SteelMirror/

BeamsplitterMounts


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26

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

Measured transmission curve for wavelength separatorcoating codeWS4

420400380 440 760 800

Wavelength, nm

840

95

96

97

98

99

100

3

4

2

1

0

Transmission,%

880


Substrate Dimensionolerance

+0.0, 0.1 mm

Substrate WavefrontDistortion

5 J/cm for 10 nspulses @ 1064 nm

W AVELENGTH SEPARATORS

ReflectedWavelength, nm

ransmittedWavelength, nm

Material SizeOrdering Code

for AOI = 0Ordering Codefor AOI = 45

R>99% @ 266 >90% @ 355+532+1064 UVFS12.72 mm 14DM-1-WS1-0-2 14DM-1-WS1-45-2

25.45 mm 14DM-2-WS1-0-2 14DM-2-WS1-45-2

R>99.5% @ 343 >95% @ 515+1030 UVFS12.72 mm 14DM-1-WS2-0-2 14DM-1-WS2-45-2

25.45 mm 14DM-2-WS2-0-2 14DM-2-WS2-45-2

R>99.5% @ 355 >95% @ 532+1064 BK7 12.73 mm 14DM-3-WS3-0-1 14DM-3-WS3-45-125.46 mm 14DM-4-WS3-0-1 14DM-4-WS3-45-1

R>99.5% @ 400 >95% @ 800 UVFS12.72 mm 14DM-1-WS4-0-2 14DM-1-WS4-45-2

25.45 mm 14DM-2-WS4-0-2 14DM-2-WS4-45-2


25.45 mm 14DM-2-WS5-0-2 14DM-2-WS5-45-2

R>99.5% @ 515 >90% @ 630-1300 (AOI=0),>85% @ 630-1300 (AOI=45) UVFS12.72 mm 14DM-1-WS6-0-2 14DM-1-WS6-45-2

25.45 mm 14DM-2-WS6-0-2 14DM-2-WS6-45-2


25.45 mm 14DM-2-WS7-0-2 14DM-2-WS7-45-2

R>99.5% @ 532 >95% @ 1064 BK712.73 mm 14DM-3-WS8-0-1 14DM-3-WS8-45-1

25.46 mm 14DM-4-WS8-0-1 14DM-4-WS8-45-1

R>99.5% @ (532+1064) >90%@ 355 UVFS

12.72 mm 14DM-1-WS9-0-2 14DM-1-WS9-45-2

25.45 mm 14DM-2-WS9-0-2 14DM-2-WS9-45-2

R>99.5% @ (532+1064) >95% @ 808 BK712.73 mm 14DM-3-WS10-0-1 14DM-3-WS10-45-1

25.46 mm 14DM-4-WS10-0-1 14DM-4-WS10-45-1

R>99.5% @ (750-850) >95% @ 532 UVFS12.72 mm 14DM-1-WS11-0-2 14DM-1-WS11-45-2

25.45 mm 14DM-2-WS11-0-2 14DM-2-WS11-45-2


25.45 mm 14DM-2-WS12-0-2 14DM-2-WS12-45-2

R>99.5% @ 800 >95% @ 1100-1600 UVFS12.72 mm 14DM-1-WS13-0-2 14DM-1-WS13-45-2

25.45 mm 14DM-2-WS13-0-2 14DM-2-WS13-45-2


25.45 mm 14DM-2-WS14-0-2 14DM-2-WS14-45-2

R>99.5% @ 1030 >95% @ 940 BK712.73 mm 14DM-3-WS15-0-1 14DM-3-WS15-45-1

25.46 mm 14DM-4-WS15-0-1 14DM-4-WS15-45-1


25.45 mm 14DM-2-WS16-0-2 14DM-2-WS16-45-2


25.45 mm 14DM-2-WS17-0-2 14DM-2-WS17-45-2

Wavelength Separators

Wavelength separators are used to separate the spectral regionsor specified wavelengths (harmonic components) of the multi-frequency laser systems by selective spectral reflection, trans-mission and absorption.Tese multilayer dielectric coatings coatings separates variousharmonic components separate the various harmonic compo-

nents of frequency doubled laser systems by selective spectralreflection and transmission. In all cases one wavelength isreflected while the others are transmitted.

Used to separate the spectral regionsor specified wavelengths

Coatings are provided by Ion BeamSputtering (IBS) or Electron beam

evaporation with/without Ionassistance coating techniques

FEATURES

14DM-WS


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OPTICAL COMPONENTS

27

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

ReflectedWavelength, nm

ransmittedWavelength, nm

Material SizeOrdering Code

for AOI = 0Ordering Codefor AOI = 45

R>99.5% @ 1064 >95% @ 532 BK712.73 mm 14DM-3-WS18-0-1 14DM-3-WS18-45-1

25.46 mm 14DM-4-WS18-0-1 14DM-4-WS18-45-1

R>99.5% @ 1064 >95% @ 400-700 BK712.73 mm 14DM-3-WS19-0-1 14DM-3-WS19-45-1

25.46 mm 14DM-4-WS19-0-1 14DM-4-WS19-45-1

R>99.5% @ 1064 >95% @ 808 BK712.73 mm 14DM-3-WS20-0-1 14DM-3-WS20-45-1

25.46 mm 14DM-4-WS20-0-1 14DM-4-WS20-45-1

Material1 BK72 UVFS

Size1 12.72 mm2 25.45 mm3 12.73 mm4 25.46 mm

14DM-1-WS1-0-1

Coating typesee WavelengthSeparating Coatings

Angle ofIncidence, deg


Dual Laser Line reflecting mirrors

Dual Laser Line reflecting mirrors (DHR) provide an optimizedperformance at two certain wavelengths and certain angle ofincidence (AOI).Tese multilayer coating stacks helps to achieve the highestpossible reflectivity at two specific laser line wavelengths atnormal or 45 degrees incidence. Laser line high reflectivitycoatings are intended for external beam manipulation applica-tions where even slight losses may be intolerable.

14DM-DHR

Te coatings are designed to achieve the highest possiblereflectivity at two specific laser line wavelengths at normalor 45 degrees incidence


Any other standard substrate can be coated with this typeof coatings!

FEATURES


Substrate Dimension olerance +0.0, 0.1 mmSubstrate Wavefront Distortion 99.5% @ 0, Rs>99.3% andRp>98.5% @ 45

Laser Damage Treshold>3-5 J/cm for 10 ns pulses@ 1064 nm

Measured transmission curvefor dual wavelength HR coating code DHR9

560540520500 580 1000 1050

Wavelength, nm

1100

3

4

2

1

0

Tr

ansmission,%

1150 1200

5APH79-1Kinematic DoubleOptical Mountof Side Drivewith AdjustablePolarizer Holder



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28

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

D U A L L A S E R L I N E R E F L E C T I N G M I R R O R S

Wavelength,nm

Substratematerial





12.7 mm 25.4 mm

266+532 UVFS 14DM-1-DHR1-0-2 14DM-1-DHR1-45-2 14DM-2-DHR1-0-2 14DM-2-DHR1-45-2




399+556 BK7 14DM-1-DHR5-0-1 14DM-1-DHR5-45-1 14DM-2-DHR5-0-1 14DM-2-DHR5-45-1

400+800 BK7 14DM-1-DHR6-0-1 14DM-1-DHR6-45-1 14DM-2-DHR6-0-1 14DM-2-DHR6-45-1426+852 BK7 14DM-1-DHR7-0-1 14DM-1-DHR7-45-1 14DM-2-DHR7-0-1 14DM-2-DHR7-45-1




PLEASE NOE: thickness of UVFS 12.7 mm is 2 mm; thickness of BK7 12.7 mm is 3 mm thickness of UVFS 25.4 mm is 5 mm; thickness of BK7 25.4 mm is 6 mm


Substrate Dimension olerance +0.0, 0.1 mmSubstrate Wavefront Distortion 90% of diameterMeasured Residual Reflectivity R


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OPTICAL COMPONENTS

29

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

B K 7 AR COATED W INDOW S

Wavelength,nm


(residual reflectivity


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30

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

Broad Band AR Coated Windows

Broad Band AR coatings designed to reduce the reflectivity of acomponent to near-zero for Broad band wavelength range.We suplly standard Broad Band AR coatings in the range0.1910.6 m. Tese multilayer broadband anti-reflective coatingcoating increases transmission of optical element for broadspectrum. Terefore, it is the ideal for a wide range of multi-

wavelength laser and white light applications. Te wavelengthrange and reflectivity of the coating depends on the angle of theincident beam.

Tese coatings are designed to increasethe transmission over a broad spectrum


evaporation with/without Ion assistancecoating techniques

Broad Band Anti-Reflection Coatings inthe range 0.1910.6 m are available

FEATURES

14DM-BBAR



+0.0, 0.1 mm


90% of diameterLaser DamageTreshold

>4-5 J/cm for 10 nspulses @ 1064 nm

B K7 AR COATED W INDOW S

Wavelength,nm

ResidualReflectivity@ 0 AOI, %





12.73 mm 25.46 mm

400-700


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OPTICAL COMPONENTS

31

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

Dual AR Coated Windows

Dual AR coated windows designed to reduce the reflectivity of acomponent to near-zero for two certain wavelengths.Usually these windows are used in multi-frequency laser outputsystems (e.g. frequency doubling).Tis type of coating provides very high transmission at twodifferent wavelength. ypical wavelengths and reflection curves

of an AR coating suitable for the standard laser system output at1064 nm and 532 nm are shown below.

Tese coatings are designed to increasethe transmission over a broad spectrum


evaporation with/without Ion assistancecoating techniques

Broad Band Anti-Reflection Coatings inthe range 0.1910.6 m are available

FEATURES

14DM-DAR

Material1 BK72 UVFS


14DM-1-DAR1-0-1

Coating type seeDual AR coatings




+0.0, 0.1 mm


4-5 J/cm for 10 nspulses @1064 nm

DUAL AR COATED W INDOW S

Wavelength,nm

Substratematerial





12.73 mm 25.46 mm

266+532 UVFS 14DM-1-DAR1-0-2 14DM-1-DAR1-45-2 14DM-2-DAR1-0-2 14DM-2-DAR1-45-2




399+556 BK7 14DM-1-DAR5-0-1 14DM-1-DAR5-45-1 14DM-2-DAR5-0-1 14DM-2-DAR5-45-1






Te measured residual back reflection curvefor DAR coating code DAR9

510500490480 520 530 1100

Wavelength, nm

1.5

1.0

0.5

0.0

Reflection,%

900 950 1000 1050


4H29 PushHolder



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32

OPTICAL COMPONENTS

METALLIC

OATED OPTICS

ILTERS

METAL MIRRORS

ARIABLE

EFLECTIVITY MIRRORS

ON POLARIZING

EAMSPLITTER CUBES

OLARIZING OPTICS

OPTICAL SUBSTRATES

ENSES

RISMS

DIELECTRIC

OATED OPTICS

OATINGS SEC TION

METALLIC COATED OPTICS

Metallic coatings can be used at any angle of incidence becausethey have extremely broadband reflectance.We offer Gold, Silver and Aluminum high reflection coatingsformed by vacuum deposition. All metallic reflectors can be over-coated with dielectric film of MgF or SiO in order to preventoxidation of the metallic surface and provide abrasion resistance.

Protected Gold provides excellent,

broadband infrared high reflectance Protected Silver provides higher

reflectance than aluminum throughoutthe visible and near IR

Protected Aluminum is economicalsolution for VIS applications

UV enhanced Aluminum providesgood reflectance over a wide range andare mainly used in UV applications

FEATURES

14MCO Metallic Coated Optics


Substrate Material BK7, UVFS for UV enhanced mirrorsSubstrate Dimension olerance +0.0, 0.1 mmSurface Quality (after coating) 40-20 scratch & digSurface Flatness (after coating) /4Clear Aperture >90% of diameterLaser Damage Treshold >0.3 J/cm for 10 ns pulses @ 1064 nm (for Gold and Silver)

Diameter1 12.7 mm2 25.4 mm3 50.8 mm4 76.2 mm

Coating typeEA UV enhanced AluminumAL Protected AluminumSM Protected SilverGM Protected Gold

14MCO-2-SM-FLAT

Radius ofcurvatureor FLA

C O D E E X A M P L E F O R O R D E R I N G R E L A T E D P R O D U C T S

5BM121Beamsplitters/

Optics Mount

5OM10Small Optical

Mount ofSide Drive

5OM122Mirror Mounts/

ilt Platformsof Side Drive

200 300 400 500 6 00 700 800 900 10 00 110 0 1200 1300

Wavelength, nm

60

65

70

75

80

85

90

95

100

55

50

Reflectivity,%

UV Enhanced Aluminum

Protected Aluminum

Protected Silver

Protected Gold


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OPTICAL COMPONENTS

33

METALLIC

COATED OPTICS

FILTERS

METAL MIRRORS

VARIABLE


NON POLARIZING

BEAMSPLITTER CUBES

POLARIZING OPTICS

OPTICAL SUBSTRATES

LENSES

PRISMS

DIELECTRIC

COATED OPTICS

COATINGS SEC TION

M E T A L L I C C O A T E D O P T I C S

Coating type Dimensions, mm ype Ordering Code

UV enhanced AluminumR>87% @ 250-350 nm

12.76 FLA/FLA 14MCO-1-EA-FLA

25.4

FLA/FLA 14MCO-2-EA-FLA

Plano-Concave, ROC=-50 mm 14MCO-2-EA-50







Protected AluminumR>85% @ 350 nm IR

12.76 FLA/FLA 14MCO-1-AL-FLA

25.4

FLA/FLA 14MCO-2-AL-FLA

Plano-Concave, ROC=-50 mm 14MCO-2-AL-50





50.88 FLA/FLA 14MCO-3-AL-FLA

standa optics 2012

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