Newport MKS Datasheets for Optical Mirrors
Optical mirrors have a smooth, highly-polished, plane or curved surface for reflecting light. Usually, the reflecting surface is a thin coating of silver, or aluminum on glass.
Optical Mirrors: Learn more
| Product Name | Notes |
|---|---|
| The . BroadBeam High Reflector Laser Mirror 10-Pack is 12.7 mm in diameter, 3.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High... | |
| The 05B20UF.20 Ultrashort Pulses High Reflecting Pump Mirror is a precision polished, 0.5 inch (12.7 mm) diameter, flat N-BK7 substrate. It's UF.20 coating is optimized for reflection at 710 to... | |
| The 05B20UF.25 Low GDD Ultrafast Laser Mirror is 12.7 mm in diameter, 9.65 mm thick, and broadband optimized for 700 - 930 nm. This ultrafast mirror is ideal for use... | |
| The 05D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 12.7 mm (1/2 inch) diameter mirror is made from a 3.1 mm thick Borofloat® 33... | |
| The 05D20AL.2-PF Pinhole-Free Broadband UV Enhanced Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which... | |
| The 05D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1/2 inch (12.7 mm) diameter mirror is made... | |
| The 05D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1/2 inch (12.7 mm) diameter mirror is made... | |
| The 05D20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1/2 inch (12.7 mm) diameter mirror is made... | |
| The 05D20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1/2 inch (12.7 mm) diameter mirror is made from a 3.1 mm... | |
| The 05D20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 1/2 inch (12.7 mm) diameter mirror is made from a 3.1 mm... | |
| The 05D20DM.5 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 488-514.5 nm wavelength range. This 1/2 inch (12.7 mm) diameter mirror is made from a... | |
| The 05D20DM.8 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1520 to 1580 nm wavelength range. This 1/2 inch (12.7 mm) diameter mirror is made... | |
| The 05D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 12.7 mm (1/2 inch) diameter mirror is made from a 3.1 mm thick Borofloat® 33 substrate which... | |
| The 05D20ER.1-PF Pinhole-Free Broadband Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 05D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 12.7 mm (1/2 inch) diameter mirror is made from a 3.1 mm thick Borofloat® 33 substrate which... | |
| The 05D20ER.2-PF Pinhole-Free Broadband Silver Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 05D20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 12.7 mm (1/2 inch) diameter mirror is made from a 3.1 mm thick Borofloat® 33 substrate which... | |
| The 05D620AL.2 is an Economy UV Enhanced Aluminum Broadband Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 mm... | |
| The 05D620BD.1 is a ValuMax® Dielectric Visible Broadband Mirror with a diameter of 12.7 mm, thickness of 3.1 mm, and flatness of λ/10. By taking advantage of advanced polishing... | |
| The 05D620BD.1-PK is a pack of 10x mirrors. The 05D620BD.1 is a ValuMax® Dielectric Visible Broadband Mirror with a diameter of 12.7 mm, thickness of 3.1 mm, and flatness... | |
| The 05D620BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror with a diameter of 12.7 mm, thickness of 3.1 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 05D620BD.2-PK is a pack of 10x mirrors. The 05D620BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror with a diameter of 12.7 mm, thickness of 3.1 mm, and... | |
| The 05D620ER.1 is an Economy Broadband Aluminum Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 mm (1/2 inch)... | |
| The 05D620ER.2 is an Economy Broadband Silver Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 mm (1/2 inch)... | |
| The 05D620ER.4 is an Economy Broadband Gold Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 mm (1/2 inch)... | |
| The 05DC100AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 05DC100ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC100ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC200AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 05DC200ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC200ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC25AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 05DC25ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC25ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC500AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 05DC500ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC500ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC50AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 05DC50ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05DC50ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 05Q20BB.HR2 BroadBeam High Reflector Laser Mirror is 12.7 mm in diameter, 3.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors... | |
| The 05Q620BB.HR2 BroadBeam High Reflector Laser Mirror is 12.7 mm in diameter, 3.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors... | |
| The 05SD520AL.2 is an Economy UV Enhanced Aluminum Broadband Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7... | |
| The 05SD520BD.1 is an Economy Dielectric Visible Broadband Mirror 12.7 x 12.7 mm with a flatness of λ/10. By taking advantage of advanced polishing techniques and our high volume manufacturing,... | |
| The 05SD520BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror 12.7 x 12.7 mm square, with a thickness of 3.1 mm, and flatness of λ/10. By taking advantage of... | |
| The 05SD520ER.1 is an Economy Broadband Aluminum Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 x 12.7... | |
| The 05SD520ER.2 is an Economy Broadband Silver Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 x 12.7... | |
| The 05SD520ER.4 is an Economy Broadband Gold Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 12.7 x 12.7... | |
| The 07D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 19.05 mm (3/4 inch) diameter mirror is made from a 4.57 mm thick Borofloat® 33... | |
| The 07D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3/4 inch (19.05 mm) diameter mirror is made... | |
| The 07D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3/4 inch (19.05 mm) diameter mirror is made... | |
| The 07D20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 3/4 inch (19.05 mm) diameter mirror is made... | |
| The 07D20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 3/4 inch (19.05 mm) diameter mirror is made from a 4.57 mm... | |
| The 07D20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 3/4 inch (19.05 mm) diameter mirror is made from a 4.57 mm... | |
| The 07D20DM.5 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 488-514.5 nm wavelength range. This 3/4 inch (19.05 mm) diameter mirror is made from a... | |
| The 07D20DM.6 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 441.6 nm wavelength. This 3/4 inch (19.05 mm) diameter mirror is made from a 4.57 mm... | |
| The 07D20DM.8 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1520 to 1580 nm wavelength range. This 3/4 inch (19.05 mm) diameter mirror is made... | |
| The 07D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 19.05 mm (3/4 inch) diameter mirror is made from a 4.57 mm thick Borofloat® 33 substrate which... | |
| The 07D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 19.05 mm (3/4 inch) diameter mirror is made from a 4.57 mm thick Borofloat® 33 substrate which... | |
| The 07SD520AL.2 is an Economy UV Enhanced Aluminum Broadband Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 19.05... | |
| The 07SD520BD.1 is a ValuMax® Dielectric Visible Broadband Mirror 19.05 x 19.05 mm square, with a thickness of 4.57 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 07SD520BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror 19.05 x 19.05 mm square, with a thickness of 4.57 mm, and flatness of λ/10. By taking advantage of... | |
| The 07SD520ER.1 is an Economy Broadband Aluminum Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 19.05 x 19.05... | |
| The 07SD520ER.2 is an Economy Broadband Silver Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 19.05 x 19.05... | |
| The 07SD520ER.4 is an Economy Broadband Gold Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 19.05 x 19.05... | |
| The 10B20EAG.1 Femtosecond Optimized Silver Mirror is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized for 540 - 1000 nm. This ultrafast mirror is designed for zero to... | |
| The 10B20EAG.1-PK is a pack of 10 Femtosecond Optimized Silver Mirrors. The is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized for 540 - 1000 nm. This ultrafast... | |
| The 10B20EAG.2 Femtosecond Optimized Silver Mirror is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized for 470 - 1000 nm. This ultrafast mirror is designed for zero to... | |
| The 10B20EAG.2-PK is a pack of 10 Femtosecond Optimized Silver Mirrors. The is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized for 470 - 1000 nm. This ultrafast... | |
| The 10B20UF.20 Ultrashort Pulses High Reflecting Pump Mirror is a precision polished, 1.0 inch (25.4 mm) diameter, flat N-BK7 substrate. It's UF.20 coating is optimized for reflection at 710 to... | |
| The 10B20UF.25 Low GDD Ultrafast Laser Mirror is 25.4 mm in diameter, 6.1 mm thick, and broadband optimized for 700 - 930 nm. This ultrafast mirror is ideal for use... | |
| The 10BV100EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 1000 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV10EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 100 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV15EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 150 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV200EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 2000 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV300EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 3000 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV30EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 300 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV50EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 500 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10BV60EAG.1 Femtosecond Optimized Silver Mirror is a concave mirror with a radius of curvature of 600 mm. It is 25.4 mm in diameter, 6.35 mm thick, and broadband optimized... | |
| The 10CM00SB.1 is a Broadband Super Mirror, 25.4 mm in diameter, 6.35mm thick, and coated to have a reflectivity of > 99.9%, 0-45 °, from 485 to 700 nm. Broadband... | |
| The 10CM00SR.30F is a 25.4 mm diameter, 6.35 mm thickness flat High Finesse SuperMirror, optimized for 583 - 663 nm. SuperMirrors™ take advantage of our advanced super polishing and ion-beam... | |
| The 10CM00SR.40F is a 25.4 mm diameter, 6.35 mm thickness flat High Finesse SuperMirror, optimized for 761 - 867 nm. SuperMirrors™ take advantage of our advanced super polishing and ion-beam... | |
| The 10CM00SR.50F is a 25.4 mm diameter, 6.35 mm thickness flat High Finesse SuperMirror, optimized for 996 - 1134 nm. SuperMirrors™ take advantage of our advanced super polishing and ion-beam... | |
| The 10CM00SR.60F is a 25.4 mm diameter, 6.35 mm thickness flat High Finesse SuperMirror, optimized for 1241 - 1412 nm. SuperMirrors™ take advantage of our advanced super polishing and ion-beam... | |
| The 10CM00SR.70F is a 25.4 mm diameter, 6.35 mm thickness flat High Finesse SuperMirror, optimized for 1457-1659 nm. SuperMirrors™ take advantage of our advanced super polishing and ion-beam coating technology... | |
| The 10CV00SR.30F is a 25.4 mm diameter, 500 mm EFL, 6.35 mm thickness concave High Finesse SuperMirror, optimized for 583 - 663 nm. SuperMirrors™ take advantage of our advanced super... | |
| The 10CV00SR.40F is a 25.4 mm diameter, 500 mm EFL, 6.35 mm thickness concave High Finesse SuperMirror, optimized for 761 - 867 nm. SuperMirrors™ take advantage of our advanced super... | |
| The 10CV00SR.50F is a 25.4 mm diameter, 500 mm EFL, 6.35 mm thickness concave High Finesse SuperMirror, optimized for 996 - 1134 nm. SuperMirrors™ take advantage of our advanced super... | |
| The 10CV00SR.60F is a 25.4 mm diameter, 500 mm EFL, 6.35 mm thickness concave High Finesse SuperMirror, optimized for 1241 - 1412 nm. SuperMirrors™ take advantage of our advanced super... | |
| The 10CV00SR.70F is a 25.4 mm diameter, 500 mm effective focal length (EFL), 6.35 mm thickness concave High Finesse SuperMirror, optimized for 1457-1659 nm. SuperMirrors™ take advantage of our advanced... | |
| The 10D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflectors. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33... | |
| The 10D20AL.2-PF Pinhole-Free Broadband UV Enhanced Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which... | |
| The 10D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10D20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10D20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10D20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10D20DM.5 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 488-514.5 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made from a... | |
| The 10D20DM.6 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 441.6 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10D20DM.8 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1520 to 1580 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 10D20ER.1-PF Pinhole-Free Broadband Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 10D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 10D20ER.2-PF Pinhole-Free Broadband Silver Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 10D20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 10D20RM.2 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 325 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10D620AL.2 is an Economy UV Enhanced Aluminum Broadband Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 mm... | |
| The 10D620BD.1 is an uncoated ValuMax® Dielectric Visible Broadband Mirror with a diameter of 25.4 mm, thickness of 6.0 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 10D620BD.1-PK is a pack of mirrors. The 10D620BD.1 is an uncoated ValuMax® Dielectric Visible Broadband Mirror with a diameter of 25.4 mm, thickness of 6.0 mm, and flatness... | |
| The 10D620BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror with a diameter of 25.4 mm, thickness of 6.0 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 10D620BD.2-PK is a pack of 10x mirrors. The 10D620BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror with a diameter of 25.4 mm, thickness of 6.0 mm, and... | |
| The 10D620ER.1 is an Economy Broadband Aluminum Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 mm (1.0 inch)... | |
| The 10D620ER.2 is an Economy Broadband Silver Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 mm (1.0 inch)... | |
| The 10D620ER.4 is an Economy Broadband Gold Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 mm (1.0 inch)... | |
| The 10DC1000AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 10DC1000ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC1000ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC100AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 10DC100ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC100ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC200AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 10DC200ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC200ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC500AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 10DC500ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC500ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC50AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 10DC50ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DC50ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 10DD20AL.2 is a D-shaped UV Enhanced Aluminum Broadband Mirror with a 25.4 mm (1.0 inch) diameter, a thickness of 6.0 mm, and a flatness of λ/10. The mirror's straight... | |
| The 10DD20BD.1 is a D-shaped Dielectric Broadband Mirror for the visible spectrum, 25.4 mm (1 inch) diameter, with a thickness of 6.0 mm, and flatness of λ/10. This mirror's straight... | |
| The 10DD20BD.2 is a D-shaped Dielectric Near Infrared Broadband Mirror, 25.4 mm (1 inch) diameter, with a thickness of 6.0 mm, and flatness of λ/10. This mirror's straight edge allows... | |
| The 10DD20ER.1 is a D-shaped Aluminum Broadband Mirror with a 25.4 mm (1.0 inch) diameter, a thickness of 6.0 mm, and a flatness of λ/10. The mirror's straight edge allows... | |
| The 10DD20ER.2 is a D-shaped Silver Broadband Mirror with a 25.4 mm (1.0 inch) diameter, a thickness of 6.0 mm, and a flatness of λ/10. The mirror's straight edge allows... | |
| The 10DD20ER.4 is a D-shaped Gold Broadband Mirror with a 25.4 mm (1.0 inch) diameter, a thickness of 6.0 mm, and a flatness of λ/10. The mirror's straight edge allows... | |
| The 10E20AL.2 Broadband UV Enhanced Aluminum Elliptical Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) minor axis, 35.9 mm (1.41 inch) major axis, elliptical mirror... | |
| The 10E20BD.1 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.0 inch (25.4 mm) minor axis, 1.41... | |
| The 10E20BD.2 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.0 inch (25.4 mm) minor axis, 1.41... | |
| The 10E20ER.1 Broadband Aluminum Elliptical Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1 inch ) minor axis, 35.9 mm (1.41 inch) major axis, elliptical mirror is... | |
| The 10E20ER.2 Broadband Silver Elliptical Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) minor axis, 35.9 mm (1.41 inch) major axis, elliptical mirror is made... | |
| The 10E20ER.4 Broadband Gold Elliptical Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) minor axis, 35.9 mm (1.41 inch) major axis, elliptical mirror is made... | |
| The 10J00ER.3 is a Utility Broadband Aluminum Mirror optimized for 400-10,000 nm with a 25.4 mm (1.0 inch) diameter and a 3.17 mm thickness. These mirrors are excellent economical broadband... | |
| The 10Q00UF.25 ultrafast flat mirror is a 1.0 inch (25.4 mm) mirror. Low GDD dielectric coated ultrafast mirrors can be used with ultrafast lasers like Spitfire, Mai Tai, etc. to... | |
| The 10Q20BB.1 is an Ultra-broadband Dielectric Mirror with a 25.4 mm diameter, 6.35 mm thickness, and absolute Reflectivity > 99% at an AOI of 0-50°, from 350-700 nm. Newport’s Ultra-broadband... | |
| The 10Q20BB.2 is an Ultra-broadband Dielectric Mirror with a 25.4 mm diameter, 6.35 mm thickness, and absolute Reflectivity > 99% at an AOI of 0-50°, from 610-1130 nm. Newport’s Ultra-broadband... | |
| The 10Q20BB.3 is an Ultra-broadband Dielectric Mirror with a 25.4 mm diameter, 6.35 mm thickness, and absolute Reflectivity > 99% at an AOI of 0-50°, from 350-1100 nm. Newport’s Ultra-broadband... | |
| The 10Q20BB.HR2 BroadBeam High Reflector Laser Mirror is 25.4 mm diameter, 6.0 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors have... | |
| The 10Q20HE.1 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelength. Its reflectivity at this wavelength is greater than... | |
| The 10Q20HE.2 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelength. Its reflectivity at this wavelength is greater than... | |
| The 10Q20UF.35P Super-Broadband Turning Mirrors is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broadband wavelength range spanning... | |
| The 10Q20UF.35S Super-Broadband Turning Mirror is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broadband wavelength range spanning... | |
| The 10Q20UF.40 Chirped Mirrors for Ultrashort Pulses is a 25.0 mm diameter, 6.35 mm thick, laser chirped and is optimized for 700 - 900 nm. When transmitting an ultrashort pulse... | |
| The 10Q20UF.42PAIR Ultrafast Chirped Matched Pair of Mirrors for Ultrashort Pulses is a 1.0 inch (25.4 mm) diameter, 10.0 mm thick, laser chirped and is optimized for 700 - 890... | |
| The 10Q20UF.55P Ultrafast Broadband Turning Mirrors is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broad wavelength range... | |
| The 10Q20UF.55S Ultrafast Broadband Turning Mirrors is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broad wavelength range... | |
| The 10Q20UF.HR20 FemtoOptics Ultrafast Mirror is 25.4 mm in diameter and 6.35 mm thickness, λ/10 flatness, and 10-5 scratch-dig. Designed for near normal angle of incidence to have high reflection... | |
| The 10Q20UF.HR25 FemtoOptics Ultrafast Mirror is 25.4 mm in diameter and 6.35 mm thickness, λ/10 flatness, and 10-5 scratch-dig. Designed for 45 degrees angle of incidence to have high reflection... | |
| The 10Q50UF.25 ultrafast concave mirror is an 1.0 inch (25.4 mm) mirror with 50 mm EFL. Low GDD dielectric coated ultrafast mirrors can be used with ultrafast lasers like Spitfire,... | |
| The 10Q620BB.HR2 BroadBeam High Reflector Laser Mirror is 25.4 mm in diameter, 6.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors... | |
| The 10QM20EM.15 is a 25.4 mm diameter, 6.35 mm thick High Energy Excimer Laser Mirror coated for 248 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 10QM20EM.20 is a 25.4 mm diameter, 6.35 mm thick High Energy Excimer Laser Mirror coated for 308 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 10QM20EM.25 is a 25.4 mm diameter, 6.35 mm thick High Energy Excimer Laser Mirror coated for 308 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 10QM20EM.35 is a 25.4 mm diameter, 6.35 mm thick High Energy Excimer Laser Mirror coated for 351-353 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 10QM20HDM.10 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm and second harmonic 532 nm wavelengths. Its reflectivity at... | |
| The 10QM20HDM.15 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm and second harmonic 532 nm wavelengths. Its reflectivity at... | |
| The 10QM20HM.10 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.15 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.15-G is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.30 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.35 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.35-G is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.40 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 354.7 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.45 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 354.7 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.45-G is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 354.7 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.75 is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 266 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20HM.75-G is a 25.4 mm diameter, 6.35 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 266 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 10QM20UF.DF55 is a low GDD Ytterbium Laser Mirror optimized for 505-530 and 1020-1050 nm. Made out of fused silica, the mirror size is 25.4 mm in diameter and 6... | |
| The 10QM20UF.F15 is a low GDD Ytterbium Laser Mirror optimized for 1020-1050 nm. Made out of fused silica, the mirror size is 25.4 mm in diameter and 6.35 mm thick. | |
| The 10QM20UF.F55 is a low GDD Ytterbium Laser Mirror optimized for 505-530 nm. Made out of fused silica, the mirror size is 25.4 mm in diameter and 6.35 mm thick. | |
| The 10SD520AL.2 is an Economy UV Enhanced Aluminum Broadband Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4... | |
| The 10SD520BD.1 is a ValuMax® Dielectric Visible Broadband Mirror 25.4 x 25.4 inches mm, with a thickness of 6.0 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 10SD520BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror 25.4 x 25.4 mm square, with a thickness of 6.0 mm, and flatness of λ/10. By taking advantage of... | |
| The 10SD520ER.1 is an Economy Broadband Aluminum Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 x 25.4... | |
| The 10SD520ER.2 is an Economy Broadband Silver Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 x 25.4... | |
| The 10SD520ER.4 is an Economy Broadband Gold Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 25.4 x 25.4... | |
| The 10SJ00ER.3 is a Utility Broadband Aluminum Mirror optimized for 400-10,000 nm with square dimensions of 25.4 x 25.4 mm and a 3.17 mm thickness. These mirrors are excellent economical... | |
| The 10Z20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. | |
| The 10Z20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10Z20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10Z20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 10Z20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 10Z20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 10Z40AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. | |
| The 10Z40BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z40BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z40DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z40DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10Z40DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 1 inch (25.4 mm) diameter mirror is made from a 6.0 mm... | |
| The 10Z40DM.5 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 488-514.5 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made from a... | |
| The 10Z40DM.8 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1520 to 1580 nm wavelength range. This 1 inch (25.4 mm) diameter mirror is made... | |
| The 10Z40ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 10Z40ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 10Z40ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 25.4 mm (1.0 inch) diameter mirror is made from a 6.0 mm thick Zerodur substrate. Zerodur, a... | |
| The 13E20AL.2 Broadband UV Enhanced Aluminum Elliptical Mirror is an excellent general purpose, broadband reflector. This 33.02 mm (1.30 inch) minor axis, 46.70 mm (1.838 inch) major axis, elliptical mirror... | |
| The 13E20BD.1 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.30 inch (33.02 mm) minor axis, 1.838... | |
| The 13E20BD.2 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.30 inch (33.02 mm) minor axis, 1.838... | |
| The 13E20DM.10 Laser Line Dielectric Elliptical Mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1.30 inch (33.02 mm) minor axis, 1.838... | |
| The 13E20DM.11 Laser Line Dielectric Elliptical Mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1.30 inch (33.02 mm) minor axis, 1.838 inch (46.70 mm) major... | |
| The 13E20ER.1 Broadband Aluminum Elliptical Mirror is an excellent general purpose, broadband reflectors. This 33.02 mm (1.30 inch) minor axis, 46.70 mm (1.838 inch) major axis, elliptical mirror is made... | |
| The 13E20ER.2 Broadband Silver Elliptical Mirror is an excellent general purpose, broadband reflectors. This 33.02 mm (1.30 inch) minor axis, 46.70 mm (1.838 inch) major axis, elliptical mirror is made... | |
| The 13E20ER.4 Broadband Gold Elliptical Mirror is an excellent general purpose, broadband reflector. This 33.02 mm (1.30 inch) minor axis, 46.70 mm (1.838 inch) major axis, elliptical mirror is made... | |
| The 18E20AL.2 Broadband UV Enhanced Aluminum Elliptical Mirror is an excellent general purpose, broadband reflector. This 46.70 mm (1.838 inch) minor axis, 66.04 mm (2.60 inch) major axis, elliptical mirror... | |
| The 18E20BD.1 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.838 inch (46.70 mm) minor axis, 2.60... | |
| The 18E20BD.2 Broadband Dielectric Elliptical Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.838 inch (46.70 mm) minor axis, 2.60... | |
| The 18E20DM.10 Laser Line Dielectric Elliptical Mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1.838 inch (46.70 mm) minor axis, 2.60... | |
| The 18E20ER.1 Broadband Aluminum Elliptical Mirror is an excellent general purpose, broadband reflector. This 46.70 mm (1.838 inch) minor axis, 66.04 mm (2.60 inch) major axis, elliptical mirror is made... | |
| The 18E20ER.2 Broadband Silver Elliptical Mirror is an excellent general purpose, broadband reflector. This 46.70 mm (1.838 inch) minor axis, 66.04 mm (2.60 inch) major axis, elliptical mirror is made... | |
| The 18E20ER.4 Broadband Gold Elliptical Mirror is an excellent general purpose, broadband reflector. This 46.70 mm (1.838 inch) minor axis, 66.04 mm (2.60 inch) major axis, elliptical mirror is made... | |
| The 20B20EAG.1 Femtosecond Optimized Silver Mirror is 50.8 mm in diameter, 10 mm thick, and broadband optimized for 540 - 1000 nm. This ultrafast mirror is designed for zero to... | |
| The 20B20UF.25 Low GDD Ultrafast Laser Mirror is 50.8 mm in diameter, 9.4 mm thick, and broadband optimized for 700 - 930 nm. This ultrafast mirror is ideal for use... | |
| The 20D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Borofloat® 33... | |
| The 20D20AL.2-PF Pinhole-Free Broadband UV Enhanced Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which... | |
| The 20D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20D20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20D20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 2 inch (50.8 mm) diameter mirror is made from a 12.7 mm... | |
| The 20D20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 2 inch (50.8 mm) diameter mirror is made from a 12.7 mm... | |
| The 20D20DM.6 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 441.6 nm wavelength. This 2 inch (50.8 mm) diameter mirror is made from a 12.7 mm... | |
| The 20D20DM.8 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1520 to 1580 nm wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Borofloat® 33 substrate which... | |
| The 20D20ER.1-PF Pinhole-Free Broadband Aluminum Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 20D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Borofloat® 33 substrate which... | |
| The 20D20ER.2-PF Pinhole-Free Broadband Silver Mirror was developed to be virtually free of pinholes to significantly decrease scattering effects. Our Pinhole-Free mirrors are ideal for sensitive applications which require an... | |
| The 20D20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Borofloat® 33 substrate which... | |
| The 20D620AL.2 is an Economy UV Enhanced Aluminum Broadband Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 mm... | |
| The 20D620ER.1 is an Economy Broadband Aluminum Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 mm (2.0 inch)... | |
| The 20D620ER.2 is an Economy Broadband Silver Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 mm (2.0 inch)... | |
| The 20D620ER.4 is an Economy Broadband Gold Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 mm (2.0 inch)... | |
| The 20DC1000AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 20DC1000ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC1000ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC100AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 20DC100ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC100ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC2000AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 20DC2000ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC2000ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC200AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 20DC200ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC200ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC500AL.2 UV enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband... | |
| The 20DC500ER.1 enhanced aluminum concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20DC500ER.2 protected silver concave mirror is used for focusing, collecting, and imaging with no chromatic aberration. This mirror can be used to manipulate laser beams or other broadband sources. | |
| The 20J00ER.3 is a Utility Broadband Aluminum Mirror optimized for 400-10,000 nm with a 50.8 mm (2.0 inch) diameter and a 3.17 mm thickness. These mirrors are excellent economical broadband... | |
| The 20Q1000UF.25 ultrafast concave mirror is an 2.0 inch (50.8 mm) mirror with 1000 mm EFL. Low GDD dielectric coated ultrafast mirrors can be used with ultrafast lasers like Spitfire,... | |
| The 20Q20UF.35P Super-Broadband Turning Mirrors is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broadband wavelength range spanning... | |
| The 20Q20UF.35S Super-Broadband Turning Mirrors is ideal for use with ultrashort pulses lasers as a high reflectance mirror at 45° angle of incidence for a very broadband wavelength range spanning... | |
| The 20Q620BB.HR2 BroadBeam High Reflector Laser Mirror is 50.8 mm in diameter, 9.4 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors... | |
| The 20QM20EM.15 is a 50.8 mm diameter, 9.65 mm thick High Energy Excimer Laser Mirror coated for 248 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 20QM20EM.25 is a 50.8 mm diameter, 9.65 mm thick High Energy Excimer Laser Mirror coated for 308 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 20QM20EM.35 is a 50.8 mm diameter, 9.65 mm thick High Energy Excimer Laser Mirror coated for 351-353 nm. Its reflectivity at this wavelength is greater than 99% for both... | |
| The 20QM20HM.10 is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.15 is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.15-G is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.35 is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.35-G is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 532 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.45 is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 354.7 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.45-G is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 354.7 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.75 is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 266 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20QM20HM.75-G is a 50.8 mm diameter, 9.65 mm thick High Energy Nd:YAG Laser Mirror coated for the fundamental 266 nm wavelengths. Its reflectivity at this wavelength is greater than... | |
| The 20SD520AL.2 is an Economy UV Enhanced Aluminum Broadband Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8... | |
| The 20SD520BD.1 is a ValuMax® Dielectric Visible Broadband Mirror 50.8 x 50.8 mm square, with a thickness of 12.0 mm, and flatness of λ/10. By taking advantage of advanced... | |
| The 20SD520BD.2 is a ValuMax® Dielectric Near Infrared Broadband Mirror 50.8 x 50.8 mm square, with a thickness of 12.0 mm, and flatness of λ/10. By taking advantage of... | |
| The 20SD520ER.1 is an Economy Broadband Aluminum Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 x 50.8... | |
| The 20SD520ER.2 is an Economy Broadband Silver Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 x 50.8... | |
| The 20SD520ER.4 is an Economy Broadband Gold Square Mirror. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. This 50.8 x 50.8... | |
| The 20SJ00ER.3 is a Utility Broadband Aluminum Mirror optimized for 400-10,000 nm with square dimensions of 50.8 x 50.8 mm and a 3.17 mm thickness. These mirrors are excellent economical... | |
| The 20Z20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. | |
| The 20Z20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20Z20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20Z20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 20Z20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 20Z20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 20Z40AL.2 Broadband UV Enhanced Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur,... | |
| The 20Z40BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20Z40BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20Z40DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 2 inch (50.8 mm) diameter mirror is made... | |
| The 20Z40DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 2 inch (50.8 mm) diameter mirror is made from a 12.7 mm... | |
| The 20Z40ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 20Z40ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 20Z40ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 50.8 mm (2.0 inch) diameter mirror is made from a 12.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 30D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Borofloat® 33... | |
| The 30D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3 inch (76.2 mm) diameter mirror is made... | |
| The 30D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3 inch (76.2 mm) diameter mirror is made... | |
| The 30D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Borofloat® 33 substrate which... | |
| The 30D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Borofloat® 33 substrate which... | |
| The 30D20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Borofloat® 33 substrate which... | |
| The 30Z20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3 inch (76.2 mm) diameter mirror is made... | |
| The 30Z20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 30Z20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 30Z20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 76.2 mm (3.0 inch) diameter mirror is made from a 14.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 30Z40BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3 inch (76.2 mm) diameter mirror is made... | |
| The 30Z40BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 3 inch (76.2 mm) diameter mirror is made... | |
| The 3MD20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflector. This 30.0 mm (1.181 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33... | |
| The 3MD20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.181 inch (30.0 mm) diameter mirror is made... | |
| The 3MD20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 1.181 inch (30.0 mm) diameter mirror is made... | |
| The 3MD20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 1.181 inch (30.0 mm) diameter mirror is made... | |
| The 3MD20DM.11 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 532 nm wavelength. This 1.181 inch (30.0 mm) diameter mirror is made from a 6.0 mm... | |
| The 3MD20DM.4 Laser Line Dielectric mirror is a highly efficient reflector optimized for the 632.8 nm wavelength. This 1.181 inch (30.0 mm) diameter mirror is made from a 6.0 mm... | |
| The 3MD20DM.5 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 488-514.5 nm wavelength range. This 1.181 inch (30.0 mm) diameter mirror is made from a... | |
| The 3MD20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 30.0 mm (1.181 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 3MD20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 30.0 mm (1.181 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 3MD20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 30.0 mm (1.181 inch) diameter mirror is made from a 6.0 mm thick Borofloat® 33 substrate which... | |
| The 40D20AL.2 Broadband UV Enhanced Aluminum Mirror is an excellent general purpose, broadband reflectors. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Borofloat® 33... | |
| The 40D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 40D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 40D20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Borofloat® 33 substrate which... | |
| The 40D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Borofloat® 33 substrate which... | |
| The 40D20ER.4 Broadband Gold Mirror is an excellent general purpose, broadband reflector. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Borofloat® 33 substrate which... | |
| The 40Z20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 40Z20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 40Z20ER.1 Broadband Aluminum Mirror is an excellent general purpose, broadband reflector. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 40Z20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 101.6 mm (4.0 inch) diameter mirror is made from a 17.7 mm thick Zerodur substrate. Zerodur, a... | |
| The 40Z40BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 40Z40BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 4 inch (101.6 mm) diameter mirror is made... | |
| The 50326-0505 is a Replicated Hollow Metal Retroreflector with an outside diameter of 12.7 mm and a 5 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-0510 is a Replicated Hollow Metal Retroreflector with an outside diameter of 12.7 mm and a 10 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-0802 is a Replicated Hollow Metal Retroreflector with an outside diameter of 19.1 mm and a 2 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-0805 is a Replicated Hollow Metal Retroreflector with an outside diameter of 19.1 mm and a 5 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-0810 is a Replicated Hollow Metal Retroreflector with an outside diameter of 19.1 mm and a 10 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1002 is a Replicated Hollow Metal Retroreflector with an outside diameter of 25.4 mm and a 2 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1005 is a Replicated Hollow Metal Retroreflector with an outside diameter of 25.4 mm and a 5 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1010 is a Replicated Hollow Metal Retroreflector with an outside diameter of 25.4 mm and a 10 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1502 is a Replicated Hollow Metal Retroreflector with an outside diameter of 38.1 mm and a 2 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1505 is a Replicated Hollow Metal Retroreflector with an outside diameter of 38.1 mm and a 5 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50326-1510 is a Replicated Hollow Metal Retroreflector with an outside diameter of 38.1 mm and a 10 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50328AL Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 0.80 inches, and coated with Protected Aluminum. These standard off-axis parabolic mirrors are... | |
| The 50328AU Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 0.80 inches, and coated with Bare Gold. These standard off-axis parabolic mirrors are... | |
| The 50329AL Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 2.00 inches, and coated with Protected Aluminum. These standard off-axis parabolic mirrors are... | |
| The 50329AU Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 2.00 inches, and coated with Bare Gold. These standard off-axis parabolic mirrors are... | |
| The 50331AL Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 6.00 inches, and coated with Protected Aluminum. These standard off-axis parabolic mirrors are... | |
| The 50331AU Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 6.00 inches, and coated with Bare Gold. These standard off-axis parabolic mirrors are... | |
| The 50332AL Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 8.00 inches, and coated with Protected Aluminum. These standard off-axis parabolic mirrors are... | |
| The 50332AU Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 8.00 inches, and coated with Bare Gold. These standard off-axis parabolic mirrors are... | |
| The 50338AL Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 4.00 inches, and coated with Protected Aluminum. These standard off-axis parabolic mirrors are... | |
| The 50338AU Off-Axis Replicated Parabolic Mirror is 1.50 inches in diameter, with an effective focal length of 4.00 inches, and coated with Bare Gold. These standard off-axis parabolic mirrors are... | |
| The 50394-2505 is a Replicated Hollow Metal Retroreflector with an outside diameter of 63.5 mm and a 5 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50394-2510 is a Replicated Hollow Metal Retroreflector with an outside diameter of 63.5 mm and a 10 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50394-2520 is a Replicated Hollow Metal Retroreflector with an outside diameter of 63.5 mm and a 20 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50394-2530 is a Replicated Hollow Metal Retroreflector with an outside diameter of 63.5 mm and a 30 arc sec Return Beam Accuracy. Our replicated hollow metal retroreflectors are monolithic... | |
| The 50441-0505AL low profile replicated hollow metal retroreflector features an outside diameter of 0.5 in. (12.7 mm) and a 5 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-0505AU low profile replicated hollow metal retroreflector features an outside diameter of 0.5 in. (12.7 mm) and a 5 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-0510AL low profile replicated hollow metal retroreflector features an outside diameter of 0.5 in. (12.7 mm) and a 10 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-0510AU low profile replicated hollow metal retroreflector features an outside diameter of 0.5 in. (12.7 mm) and a 10 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1002AL low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 2 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1002AU low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 2 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1005AL low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 5 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1005AU low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 5 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1010AL low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 10 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 50441-1010AU low profile replicated hollow metal retroreflector features an outside diameter of 1.0 in. (25.4 mm) and a 10 arc sec return beam accuracy. Our replicated hollow metal retroreflectors... | |
| The 5100NF UV Dielectric Mirror was designed for use with moderately powered UV and blue lasers such as argon-ion lasers. This 1.0 inch (25.4 mm) diameter Borofloat® 33 mirror has... | |
| The 5101 VIS Dielectric Mirror is designed for use with most gas lasers and dye lasers. This 1.0 inch (25.4 mm) diameter mirror has more than 99% reflectivity for 450... | |
| The 5102 NIR Dielectric Mirror has more than 99% reflectivity for most near-IR lasers operating from 700 to 900 nm. This 1.0 inch (25.4 mm) diameter mirror has relatively high... | |
| The 5103 General Purpose Silver Coated Mirror can be used over a broad spectral range with better than 95% reflectivity from 450 nm to beyond 12 μm. It's proprietary silver-based... | |
| The 5104 is a 25.4 mm diameter, 8 mm thick Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelength on a Borofloat 33 substrate. Its reflectivity at this wavelength... | |
| The 5105 is a 25.4 mm diameter, 8 mm thick Nd:YAG Laser Mirror coated for the frequency-doubled 532 nm wavelength on a Borofloat 33 substrate. Its reflectivity at this wavelength... | |
| The 5108 General Purpose UV Enhanced Aluminum mirrors provide better than 80% reflectivity over a broad range of wavelengths in the UV and visible parts of the spectrum. The proprietary... | |
| The 5120 UV Dielectric Mirror was designed for use with moderately powered UV and blue lasers such as argon-ion lasers. This 2.0 inch (50.8 mm) diameter Borofloat® 33 mirror has... | |
| The 5121 VIS Dielectric Mirror is designed for use with most gas lasers and dye lasers. This 2.0 inch (50.8 mm) diameter mirror has more than 99% reflectivity for 450... | |
| The 5123 General Purpose Silver Coated Mirror can be used over a broad spectral range with better than 95% reflectivity from 450 nm to beyond 12 μm. It's proprietary silver-based... | |
| The 5124 is a 50.8 mm diameter, 12.5 mm thick Nd:YAG Laser Mirror coated for the fundamental 1064 nm wavelength on a Borofloat 33 substrate. Its reflectivity at this wavelength... | |
| The 5150 UV Dielectric Mirror was designed for use with moderately powered UV and blue lasers such as argon-ion lasers. This 0.5 inch (12.7 mm) diameter Borofloat® 33 mirror has... | |
| The 5151 VIS Dielectric Mirror is designed for use with most gas lasers and dye lasers. This 0.5 inch (12.7 mm) diameter mirror has more than 99% reflectivity for 450... | |
| The 5152 NIR Dielectric Mirror has more than 99% reflectivity for most near-IR lasers operating from 700 to 900 nm. This 0.5 inch (12.7 mm) diameter mirror has relatively high... | |
| The 5153 General Purpose Silver Coated Mirror can be used over a broad spectral range with better than 95% reflectivity from 450 nm to beyond 12 μm. It's proprietary silver-based... | |
| The 60D20BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 6 inch (152.4 mm) diameter mirror is made... | |
| The 60D20BD.2 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 6 inch (152.4 mm) diameter mirror is made... | |
| The 60D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 152.4 mm (6.0 inch) diameter mirror is made from a 23.5 mm thick Borofloat® 33 substrate which... | |
| The 60Z40BD.1 Broadband Dielectric Mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength range. This 6 inch (152.4 mm) diameter mirror is made... | |
| The 75J00ER.3 is a Utility Broadband Aluminum Mirror optimized for 400-10,000 nm with square dimensions of 190.5 x 190.5 mm and a 3.17 mm thickness. These mirrors are excellent economical... | |
| The 75K00ER.3 is aUtility Broadband Aluminum Mirror optimized for 400-10,000 nm with square dimensions of 190.5 x 190.5 mm and a 5.84 mm thickness. These mirrors are excellent economical broadband... | |
| The 80D20ER.2 Broadband Silver Mirror is an excellent general purpose, broadband reflector. This 203.2 mm (8.0 inch) diameter mirror is made from a 29.5 mm thick Borofloat® 33 substrate which... | |
| The 80Z20DM.10 Laser Line Dielectric mirror is a highly efficient reflector optimized for a narrow 1030 to 1090 nm wavelength range. This 8 inch (203.2 mm) diameter mirror is made... | |
| The BroadBeam High Reflector Laser Mirror 10-Pack is 12.7 mm in diameter, 3.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors... | |
| The BroadBeam High Reflector Laser Mirror is 25.4 mm diameter, 6.1 mm thick, and is coated for 350-1100 nm, optimized for 0-50° angle of incidence. BroadBeam High Reflectors have an... | |
| The FemtoOptics Ultrafast Mirror is 25.4 mm in diameter and 6.35 mm thickness, λ/10 flatness, and 10-5 scratch dig. Designed for 45 degrees angle of incidence to have high reflection... | |
| The FemtoOptics Ultrafast Mirror is 25.4 mm in diameter and 6.35 mm thickness, λ/10 flatness, and 10-5 scratch-dig. Designed for 0 degrees angle of incidence to have high reflection at... | |
| The Mirror Mount is combined with the 10D20ER.4 mirror. The M1 mount coupled with the 10D20ER.4 mirror is an ideal packaged set for standard laboratory applications. Note that each item... | |
| The U100-A2K-NL is combined with the 10D20AL.2 mirror. The U100 mount coupled with the 10D20AL.2 mirror is an ideal packaged set for standard laboratory applications. Note that each item will... | |
| The U100-A2K-NL is combined with the 10D20BD.2 mirror. The U100 mount coupled with the 10D20BD.2 mirror is an ideal packaged set for standard laboratory applications. Note that each item will... | |
| The UBBR1-1 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-1I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-1S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-1UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-2 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-2I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-2S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-2UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-5 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-5I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-5S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR1-5UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-1 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-1I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-1S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-1UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-2 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-2I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-2S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-2UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-5 Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-5I Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-5S Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| The UBBR2.5-5UV Broadband Hollow Retroreflector is constructed of three front-surface flat mirrors assembled into a corner cube. A stress-free mounting technique is employed to ensure dimensional stability. This geometry results... | |
| This is a 10-pack of the Economy Boradband Aluminum Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 12.7 mm... | |
| This is a 10-pack of the Economy Boradband Aluminum Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 25.4 mm... | |
| This is a 10-pack of the Economy Boradband Aluminum Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 50.8 mm... | |
| This is a 10-pack of the Economy Broadband Gold Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 12.7 mm... | |
| This is a 10-pack of the Economy Broadband Gold Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 25.4 mm... | |
| This is a 10-pack of the Economy Broadband Gold Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 50.8 mm... | |
| This is a 10-pack of the Economy Broadband Silver Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 12.7 mm... | |
| This is a 10-pack of the Economy Broadband Silver Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 25.4 mm... | |
| This is a 10-pack of the Economy Broadband Silver Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These 50.8 mm... | |
| This is a 10-pack of the Economy UV Enhanced Aluminum Broadband Mirrors. By taking advantage of advanced polishing techniques and our high-volume manufacturing, these mirrors are truly cost effective. These... | |
| This is a 10-pack of the very popular . Broadband Silver Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 12.7 mm (1/2 inch) diameter mirrors are made from... | |
| This is a 10-pack of the very popular Broadband Aluminum Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 12.7 mm (1/2 inch) diameter mirrors are made from a... | |
| This is a 10-pack of the very popular Broadband Aluminum Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 25.4 mm (1.0 inch) diameter mirrors are made from a... | |
| This is a 10-pack of the very popular Broadband Gold Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 12.7 mm (1/2 inch) diameter mirrors are made from a... | |
| This is a 10-pack of the very popular Broadband Gold Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 25.4 mm (1.0 inch) diameter mirrors are made from a... | |
| This is a 10-pack of the very popular Broadband Silver Mirrors. These mirrors are excellent general purpose, broadband reflectors. The 25.4 mm (1.0 inch) diameter mirrors are made from a... | |
| This is a 10-pack of the very popular Broadband UV Enhanced Aluminum Mirrors. These mirrors are excellent general purpose, broadband reflectors. These 12.7 mm (1/2 inch) diameter mirrors are made... | |
| This is a 10-pack of the very popular Broadband UV Enhanced Aluminum Mirrors. These mirrors are excellent general purpose, broadband reflectors. These 25.4 mm (1.0 inch) diameter mirrors are made... | |
| This is a pack of 10 of the very popular Broadband Dielectric Mirror. This mirror is an extremely versatile mirror for laboratory applications and highly efficient over a broad wavelength... | |
| This is a pack of 10 of the very popular Low GDD Ultrafast Laser Mirror. The mirror is 25.4 mm in diameter, 6.1 mm thick, and broadband optimized for 700... |