Optical Mirrors Ultrashort Pulses Chirped Mirrors for Ultrashort Pulses 676 High Reflecting Pump Mirrors for 678 Ultrashort Pulses Super-Broadband Turning Mirrors for 680 Ultrashort Pulses Broadband Dielectric Mirrors 682 Broadband Metallic Mirrors 684 High Performance SuperMirrors™ 686 Concave Broadband Metallic Mirrors 688 Ellipsoidal and Paraboloidal Reflectors 690 High-Energy Excimer Laser Mirrors 692 High-Energy Nd:YAG Laser Mirrors 694 Laser Line Dielectric Mirrors 696 Off-Axis Replicated Parabolic Mirrors 698 PinholeFree™ Broadband Metallic Mirrors 699 Utility Broadband Metallic Mirrors 700 Ultra-Broadband Dielectric Mirrors 701 Configurable Broadband Mirror Sets 702 Spherical and Aspherical Lenses Lens Selection Guide 705 Laser Line Antireflection V-Coatings 709 Broadband Multilayer Antireflection 709 BK 7 Precision Piano-Convex Lenses 711 UV Fused Silica Precision 713 Piano-Convex Lenses BK 7 Precision Bi-Convex Lenses 714 UV Fused Silica Precision 716 Bi-Convex Lenses BK 7 Precision Piano-Concave Lenses 717 UV Fused Silica Precision 718 Piano-Concave Lenses BK 7 Precision Bi-Concave Lenses 719 UV Fused Silica Precision 720 Bi-Concave Lenses Precision Singlet Lens Sets 721 Aspheric Condenser Lenses 724 Molded Glass Aspheric Lenses 725 Compact Aspheric Lenses 729 Spherical Ball Micro Lenses 731 Gradient Index Micro Lenses 732 Precision Aspheric Lenses 734 Broadband Corrected Triplet Lenses 736

Broadband Dielectric Beamsplitters 740 Broadband Beam Samplers 738 Cube Beamsplitters Laser Line Non-Polarizing 749 Cube Beamsplitters Polarization Optics Selection Guide Achromatic Zero-Order Wave Plates 761 Broadband Polarization Rotators 762 Glan-Thompson Calcite Polarizers 763 Glan-Laser Calcite Polarizers 764 High-Energy Nd:YAG Laser Thin 765 Film Polarizers Multiple-Order Quartz Wave Plates 766 Polarcor™ Linear Polarizers 767 Precision Linear Polarizers 768 Thin Film Polarizers For Ultrashort Pulses 769 Zero-Order Precision Wave Plates 770 Zero-Order Quartz Wave Plates 771 Variable Wave...

Beam Expanders, F-Theta Lenses, Objectives Laser Beam Expanders 812 High-Energy Laser Beam Expanders 813 Telecentric F-theta Lenses 816 Laser Diode Objective Lenses 818 Reflective Microscope Objectives 819 Multielement Optical Assembly Laser Diode Objective Lenses 818 Reflective Microscope Objectives 819 Refractive Beam Shapers 834 Refractive Beam Shaper 839 Accessory Products Laser Beam Expanders 812 Three-Axis Spatial Filters 822 Compact Five-Axis Spatial Filters 824 High-Energy Pinhole Apertures 836 Electronic Autocollimator Optical Modulators Simply Better™ Optical Modulators 841 High DamageThreshold...

OPTICAL MIRRORS Broadband 45° Mirror for Ultrashort Pulses SPHERICAL AND ASPHERICAL LENSES • Minimum pulse dispersion • Rs >99% from 700–930 nm • Rp >99% from 730–870 nm Specifications Material Grade A BK7 l/10 at 632.8 nm over the clear aperture Clear Aperture Surface Quality Diameter Tolerance Thickness Tolerance 12.7 & 25.4 mm: 0.25-0.76 mm face width x 45 ±15° 50.8 mm: 0.38-0.76 mm face width x 45 ±15° Laser Damage Non-abrasive method, acetone or isopropyl alcohol on lens tissue recommended (see page 854) Ordering Information Description Broadband 45° Mirror, Ultrafast, 12.7 mm Diameter,...

Calculated Cubic Term OPTICAL MIRRORS SUPREMA® Series Optical Mounts page 863 ULTIMA® Series Optical Mounts page 885 Chirped Mirrors for Ultrashort Pulses • Negative Group Velocity Dispersion • Broad wavelength range • Superior reflectivity • Rs,p >99.8% from 700–900 nm CLEANING & OTHER LAB ESSENTIALS OPTICAL MODULATORS MULTI-ELEMENT OPTICAL ASSEMBLY BEAM EXPANDERS OPTICAL WINDOWS & CYLINDRICAL & DIFFRACTION GRATINGS ACHROMATIC LENSES SPHERICAL AND ASPHERICAL LENSES When transmitting an ultrafast laser beam through a number of optical components, the pulse will spread and become chirped. The...

OPTICAL MIRRORS Clear Quadrant Design SPHERICAL AND ASPHERICAL LENSES d Small ‘d’ – Small Ø Conventional Design SUPREMA clear quadrant mounts see page 863 Specifications Material Fused Silica l/4 at 632.8 nm over the clear aperture Clear Aperture Surface Quality Diameter Tolerance Thickness Tolerance Non-abrasive method, acetone or isopropyl alcohol on lens tissue recommended (see page 854) OPTICAL MODULATORS MULTI-ELEMENT OPTICAL ASSEMBLY BEAM EXPANDERS UF.40 Calculated Cubic Term CYLINDRICAL & OPTICAL WINDOWS & ACHROMATIC LENSES DIFFRACTION GRATINGS Group velocity dispersion (GVD) and the cubic...

OPTICAL MIRRORS Ordering Information Chirped Mirror, Ultrafast, 25.4 mm Diameter, 6.0 mm Thick, 700-900 nm SPHERICAL AND ASPHERICAL LENSES Standard Mirror and Platform Mounts page 727 SUPREMA® Series Optical Mounts page 863 CLEANING & OTHER LAB ESSENTIALS Infrared Lenses page 727 ULTIMA Series Optical Mounts page 877 High Reflecting Pump Mirrors for Ultrashort Pulses • Minimum pulse dispersion • R >99% from 710–890 nm • T >95% from 488–532 nm for pump laser This mirror is intended for use as a high reflector while allowing transmission of an Argon or frequency doubled Nd:YAG pump laser. A modified...

OPTICAL MIRRORS S1 Surface Accuracy, Plano l/10 flatness at 632.8 nm over the clear aperture l/5 irregularity at 632.8 nm over the clear aperture l/10 at 632.8 nm over the clear aperture Clear Aperture Surface Quality Diameter Tolerance Thickness Tolerance Flat mirror: +0/-0.13 mm Concave mirror: +0/-0.25 mm ±0.25 mm (except 10B20, ±0.38 mm) Flat mirror, 30 ±15 arc min SPHERICAL AND ASPHERICAL LENSES S1 Surface Accuracy, Concave Surface Flatness, S2 AR.14 broadband, multilayer antireflection coating Ravg <0.5%, 430–700 nm, 0–15° AOI Non-abrasive method, acetone or isopropyl alcohol on lens tissue...

SPHERICAL AND ASPHERICAL LENSES OPTICAL MIRRORS Super-Broadband Turning Mirrors for Ultrashort Pulses • Extremely broad wavelength range • Superior reflectivity • Minimum pulse dispersion • Rs >99.6% from 680–1060 nm • Rp >99.6% from 680–1060 nm • Covers the full bandwidth of the Mai Tai Laser Newport's UF coating is ideal for use with ultrafast pulse lasers as a high reflectance .35 mirror at 45° angle of incidence for a very broadband wavelength range spanning almost 400 nm. Designed to reflect over 99.6% from 680 to 1060 nm, this mirror can be used with Spectra-Physics Tsunami®, Spitfire®...