Edmund Optics BROHURE Photonics West 2017 Product Highlights Beam Expanders Off-xis Parabolic Mirrors Right ngle Prisms ontact us for a Stock or ustom Quote Today! US: +1-856-547-3488 EUROPE: +44 (0) 1904 788600 SI: +65 6273 6644 JPN: +81-3-3944-6210 www.edmundoptics.com/new-products
Beam Expanders Edmund Optics Designed and Manufactured Multiple Fixed and Variable Magnifications vailable from 2X to 20X Standard Wavelengths vailable from 266nm to 1100nm Volume Pricing and ustom Beam Expanders vailable Beam expanders are used in many applications including laser materials processing, interferometry, remote sensing, and laser scanning applications. They are used when a collimated beam of light needs to be expanded to a larger diameter in a system and are also used to reduce beam divergence with minimal abberation. Edmund Optics offers beam expanders with Galilean designs ideal for higher power lasers due to the lack of an internal focus. ll stock beam expanders are available for quick prototyping. lthough stock beam expanders are beneficial for immediate availability, custom beam expanders provide additional flexibility for meeting your exact application specifications. ontact our design engineers to determine whether stock or custom beam expanders best meet your application needs. Galilean Design Input Beam Diameter Image Lens 2X - 10X vailable for all Wavelengths Online So Much More Online... Variable Beam Expanders YG Fixed Laser Beam Expanders Objective Lens Techspec L Fixed YG Beam Expanders Wavelength (nm) Beam Expansion Power HeNe Beam Expanders Entrance perture Exit perture Output Beam Diameter 355 2X 3.5 5.2 #34-571 355 6.67X 3.5 22 #34-587 532 3X 3.5 12 #34-575 532 5X 3.5 10 #34-582 1064 7.08X 3.5 21 #34-589 1064 10X 3.5 27 #34-598 Stock No. Broadband Fixed Laser Beam Expanders Variable over 1X - 3X and 2X - 8X YG Wavelengths & Broadband Designs High Performance YG Wavelengths Designed for HeNe Lasers High Performance Broadband Designs
ylinder Lenses Specifications To Meet Your application Needs Beam Shaping ylinder Lenses Ideal for Beam Shaping pplications Tightly ontrolled Optical and Geometric Tolerances Rectangular and ircular Form Factors vailable Glass Type: N-BK7 Dimensional Tolerance: +0.0/-0.025mm enter Thickness Tolerance: ±0.1mm lear perture: >90% Plano xis Wedge: <5 arcmin Excellent UV Transmission Low oefficient of Thermal Expansion Precision Design Lens Type: Substrate: Diameter Tolerance: enter Thickness Tolerance: PX ylinder UV Grade Fused Silica +0.0/-0.2mm ±0.1mm Dimensional Tolerance: +0.0/-0.2mm enter Thickness Tolerance: ±0.1mm Surface Quality: 60-40 Power xis Wedge: <5 arcmin xial Twist ngle: <3 arcmin Surface Irregularity: l/4 Surface Quality: 40-20 UV Fused Silica PX ylinder Lenses Surface Quality: 40-20 EFL Tolerance: ±3% Wedge Tolerance: oating: 15 arcmin UV-R and UV-VIS Illumination ylinder Lenses Plano-oncave (PV) and Plano-onvex (PX) Options Variety of oatings vailable Multiple Sizes and Substrates Offered EFL Tolerance: ±3% oating: MgF 2, VIS 0, VIS-NIR, NIR I To View all ylinder Lenses, visit www.edmundoptics.com/cylinder-lenses
l/20 FIrst Surface Mirrors l/20 Metallic Mirrors 20-10 Scratch Dig 48 Options vailable Substrate: Fused Silica Dimensional Tolerance: +0.00/-0.20mm Thickness Tolerance: ±0.20mm Surface Flatness: l/20 Surface Quality: 20-10 Edges: Ground, Protective bevel as needed lear perture: 90% Parallelism: 30 arcsec Back Surface: ommercial Polish Techspec l/20 First Surface Mirrors Dimensions Thickness Enhanced luminum Protected Gold Protected Silver Stock No. Stock No. Stock No. 10 Dia 2.0 #34-354 #34-370 #34-386 10 x 10 2.0 #34-355 #34-371 #34-387 15 Dia 3.0 #34-356 #34-372 #34-388 15 x 15 3.0 #34-357 #34-373 #34-389 20 Dia 3.0 #34-358 #34-374 #34-390 20 x 20 3.0 #34-359 #34-375 #34-391 25 Dia 4.0 #34-360 #34-376 #34-392 25 x 25 4.0 #34-361 #34-377 #34-393 30 Dia 5.0 #34-362 #34-378 #34-394 30 x 30 5.0 #34-363 #34-379 #34-395 40 Dia 5.0 #34-364 #34-380 #34-396 40 x 40 5.0 #34-365 #34-381 #34-397 50 Dia 5.0 #34-366 #34-382 #34-398 50 x 50 5.0 #34-367 #34-383 #34-399 75 Dia 7.5 #34-368 #34-384 #34-400 75 x 75 7.5 #34-369 #34-385 #34-401 Technical Note Improved Metallic Reflectance Specifications Reflectance (%) Reflectance (%) 99.00 97.00 95.00 93.00 91.00 89.00 87.00 85.00 1500 100.00 Typical Reflectance Typical Reflectance urve urve for for Metallic Mirror oatings NIR - NIR Range - IR Range 3500 5500 7500 9500 11500 13500 Wavelength (nm) Typical Reflectance Typical Reflectance urve urve for for Metallic Mirror oatings UV - UV NIR - Range NIR Range 90.00 80.00 70.00 60.00 250 450 650 850 1050 1250 1450 Wavelength (nm) Protected luminum Range (μm) % Reflection 0.4-0.7 85 0.4-2.0 90 Enhanced luminum UV Ehanced luminum Protected Gold Protected Silver Range (μm) % Reflection Range (μm) % Reflection Range (μm) % Reflection Range (μm) % Reflection 0.45-0.65 95 0.25-0.45 89 0.25-0.70 85 0.7-2.0 96 2.0-10.0 96 0.45-2.0 98 2.0-10.0 98 With the launch of our new TEHSPE λ/20 First Surface Mirrors, we ve improved the metallic reflectance specifications for our entire offering of metal first surface mirrors. With specifications now held to higher standards, increased system throughput is achievable. This reflectance improvement makes Edmund Optics metallic first surface mirrors ideal for applications requiring maximum throughput over a broad spectral range when dielectric mirrors are not a feasible option. Edmund Optics now offers a range of mirror types from λ/20 First Surface Mirrors ideal for high precision applications such as interferometry to 4-6λ Mirrors ideal for less demanding applications such as general illumination. Broadband and narrow band dielectric mirrors, as well as focusing mirrors such as Off xis Parabolics, are also available in a variety of shapes and sizes. To View our full Selection of MirrorS, visit www.edmundoptics.com/mirrors
Off-xis Parabolic Mirrors In Stock For Quick Delivery In-House Design and Manufacturing apability Private Labeling vailable Off-xis Parabolic Metal Mirrors are widely used in broadband UV, Visible, and IR applications. Unlike transmissive optics where the material properties greatly affect performance, off-axis parabolic mirrors (OPs) are not wavelength dependent and therefore free of aberrations across a broadband range. These benefits make OPs ideal for use in instrumentation and laser systems including Schlieren, MTF, FLIR, and FTIR, along with IR lasers such as Quantum ascade Lasers. Off-axis parabolic mirrors allow for unrestricted access to the focal point allowing for compact system designs. Our Metal Substrate Mirrors are available in 15, 30, 45, 60, or 90 Off-xis options with several coatings including Bare Gold and Enhanced luminum. 100 80 OP Metal oating urves Elliptical Off-xis Parabolic Mirror Off-xis Parabolic Mirrors Diameter Reflectivity (%) 60 40 20 0 0.1 1 10 Wavelength (μm) Effective Focal Length Protected luminum Protected Gold Bare Gold f/# oating Stock No. 25.4 25.4 f/1 Protected luminum #47-095 25.4 50.8 f/2 Protected luminum #47-087 25.4 25.4 f/1 Protected Gold #47-096 f 1 Ø Off-xis Parabolic Mirror θ θ f 2 25.4 50.8 f/2 Protected Gold #47-098 50.8 50.8 f/1 Bare Gold #84-628 50.8 101.6 f/2 Bare Gold #84-630 Ø EFL To View Our omplete Standard Offering, visit www.edmundoptics.com/oap-mirrors
R Visual Instrumentation Prisms Precision Roof ngle of 1 arcsec Surface Flatness λ/8 ustom Options vailable mici Roof Prism Half Penta and Schmidt Prism Substrate: N-BK7 N-BK7 Roof ngle Tolerance: 1 arcsec 5 arcsec ngle Tolerance: ±5 arcmin ±3 arcmin Dimensional Tolerance: +0.00/-0.10mm ±0.10mm Surface Flatness: λ/2 λ/8 Surface Quality: 60-40 40-20 oating: Uncoated Entrance and Exit Faces: VIS 0 Reflecting Surface: Protected luminum Overcoat with Inconel and Black Paint B lear perture 90 TEHSPE amici roof prisms Size B lear perture Stock No. 9.00 12.73 12.18 8.00 #45-662 14.00 19.80 18.95 13.00 #45-261 TEHSPE half-penta prisms D D B 45 Size Stock No. B D 10.00 10.82 2.07 14.14 #65-587 25.00 27.06 5.18 35.35 #65-590 B 90 ±5 arcsec Ground Surface D 45 ±1 arcmin E 45 Ground Surface D TEHSPE schmidt prisms Size Stock No. B D E 10.0 5.0 16.5 14.7 17.7 #47-259 25.0 12.5 41.4 36.7 44.4 #47-260 BBR Hypotenuse Right ngle Prisms Single xis Retroreflector Right-Handed Image VIS and NIR Options vailable Size: 10-50mm ngle Tolerance: ±15 arcsec Material: N-BK7 Dimensional Tolerance: +0.00/-0.10mm Surface Quality: 40-20 lear perture: 90% Surface Flatness: λ/8 oating: VIS 0 or NIR on Hypotenuse TEHSPE Broadband nti-reflection (BBR) oated Right ngle Prisms Size VIS 0 oated NIR I oated = B Stock No. Stock No. 10 14.1 #34-402 #34-407 15 21.2 #34-403 #34-408 R 25 28.3 #34-404 #34-409 50 35.4 #34-405 #34-410
Polarization Directed Flat Lenses Unique Flat Lens Design Polarization Dependent Focal Length Excellent Transmission from 450-650nm Polarization Directed Flat Lenses are flat lenses formed with polymerized liquid crystal thin-films that create a focal length that is dependent on polarization state. These unique lenses will have either a positive or negative focal length depending on the phase of the input polarization. With right-handed circularly polarized light, the lenses will produce one focal length, while left-handed circularly polarized light will present a focal length with the opposite sign. Unpolarized light will produce a positive and negative focal length at the same time. Both output waves are circularly polarized and orthogonal to each other. These Polarization Directed Flat Lenses are approximately 0.45mm thick, effectively simulating an ideal thin lens and are free from spherical aberration. Note: To discuss custom phase profiles, please contact technical support. Dimensions: Diameter Tolerance: Thickness: Thickness Tolerance: Lens perture: 25 x 25mm ±0.25mm 0.45mm ±0.25mm 24.5mm Diameter oating Specification: R abs <0.5% @ 450-650nm Surface Quality: 60-40 Design Wavelength: 550nm Substrate: D263 Visit Our Website to Watch Our Polarization Directed Flat Lenses Video Polarization Directed Flat Lenses Focal Length f/# Stock No. 45 f/1.8 #34-463 RHP LHP LHP RHP 50 f/2 #34-464 75 f/3 #34-465 100 f/4 #34-466 Polarization Directed Flat Lenses f>0 f<0 RHP - Right-Handed ircular Polarization LHP - Left-Handed ircular Polarization To Learn More, visit www.edmundoptics.com/trending-in-optics
New Products For 2017 Edmund Optics is continually adding and expanding its product offering of optics, imaging, and optomechanical components. This year alone, we ve added over 1,200 products that are in-stock and available off-the-shelf for prototyping and volume production. heck out all of our new products online at www.edmundoptics.com/new-products. Wire Grid Polarizers Reflects S-Polarized Light Transmits P-Polarized Light Ideal for High Temperature Environments Polarization Directed Flat Lenses Unique Flat Lens Design Polarization Dependent Focal Length Excellent Transmission from 450 650nm L Beam Expanders ompact Design for Easy Integration Diffraction Limited Performances at Design Beam Diameter YG Wavelengths Off-xis Parabolic Metal Mirrors luminum Substrate Mirrors vailable in 15º, 30º, 45º, 60º, or 90º Off-xis Options luminum and Gold oating Options spheres Low f/#s for Optimum Light Gathering Low oefficient of Thermal Expansion Four New Designs vailable HP Dichroic Filters Ideal for Fluorescence or Multispectral Imaging Sharp ut-on Wavelength Broad Transmission and Reflection Ranges White Diffusing Glass Semi-Opaque White Glass Highly Diffusive to reate Even Illumination Diffusive on Both Surfaces Motorizable Irises Fast, ccurate, Repeatable Motion Dual ontrol Gear and Lever Mechanics Removable Pin for OEM Integration ompact Kinematic Mounts M3 x 0.2 Fine djustment Screw Threads <25mm Overall Profile Lockable for Improved Stability ontact us for a Stock or ustom Quote Today! US: +1-856-547-3488 EUROPE: +44 (0) 1904 788600 SI: +65 6273 6644 JPN: +81-3-3944-6210 www.edmundoptics.com/new-products