+7 (812) 645-08-06
Optical fibers
select brand
Output coupling mirror
Partial reflectors are commonly used as laser output couplers or beam attenuators.
For your convenience, II-VI maintains commonly...
For your convenience, II-VI maintains commonly...
Output coupling mirror
Partial reflectors are commonly used as laser output couplers or beam attenuators.
For your convenience, II-VI maintains commonly used coatings and substrate radii of curvature in inventory. For available special substrate sizes and coatings, please contact a II-VI sales representative for a quotation.
Laser output couplers often require a slightly wedged substrate to eliminate interference from multiple reflections inside the component. If you require a specific wedge value, please specify this when ordering.
For your convenience, II-VI maintains commonly used coatings and substrate radii of curvature in inventory. For available special substrate sizes and coatings, please contact a II-VI sales representative for a quotation.
Laser output couplers often require a slightly wedged substrate to eliminate interference from multiple reflections inside the component. If you require a specific wedge value, please specify this when ordering.
Measurement kit fiber optic - max. 300 km | LeaderBOX
LeaderBOX - pulse surpressor for reflectometric measurements.
New product re-build
Lightweight
Small dimensions
Armoured cable length
LeaderBOX is a pulse surpressor for reflectometric...
New product re-build
Lightweight
Small dimensions
Armoured cable length
LeaderBOX is a pulse surpressor for reflectometric...
Measurement kit fiber optic - max. 300 km | LeaderBOX
LeaderBOX - pulse surpressor for reflectometric measurements.
New product re-build
Lightweight
Small dimensions
Armoured cable length
LeaderBOX is a pulse surpressor for reflectometric...
New product re-build
Lightweight
Small dimensions
Armoured cable length
LeaderBOX is a pulse surpressor for reflectometric...
Single-mode polyimide coated optical fiber - 400 °C | SM Fiber
For embedded and high temperature applications
Polyimide coated enabling survival at temperatures...
Polyimide coated enabling survival at temperatures...
Single-mode polyimide coated optical fiber - 400 °C | SM Fiber
For embedded and high temperature applications
Polyimide coated enabling survival at temperatures...
Polyimide coated enabling survival at temperatures...
Single-mode silica optical fiber - 320 nm | SM Fibers
Pure Silica Core SM Fibers
Single-moded down to 320 nm
Increased power...
Single-moded down to 320 nm
Increased power...
Single-mode silica optical fiber - 320 nm | SM Fibers
Pure Silica Core SM Fibers
Single-moded down to 320 nm
Increased power handling capacity when compared with conventional Germania-Doped Single-Mode Fiber
For use in the UV and shorter visible wavelengths without photodarkening problems
Reduced hydrogen darkening susceptibility in comparison to Germanium Doped Fiber
Single-moded down to 320 nm
Increased power handling capacity when compared with conventional Germania-Doped Single-Mode Fiber
For use in the UV and shorter visible wavelengths without photodarkening problems
Reduced hydrogen darkening susceptibility in comparison to Germanium Doped Fiber
Boron-doped photosensitive optical fiber - max. 1 550 nm
Intrinsically Photosensitive for Grating Fabrication
Rapid Formation of High...
Rapid Formation of High...
Boron-doped photosensitive optical fiber - max. 1 550 nm
Intrinsically Photosensitive for Grating Fabrication
Rapid Formation of High Reflectivity FBGs Without Hydrogenation
For use Straight from the Shelf
Indefinite delivery of strong and consistent photosensitivity
Compatible with standard telecommunications and pigtailing fiber
Minimal excess loss during splicing
Rapid Formation of High Reflectivity FBGs Without Hydrogenation
For use Straight from the Shelf
Indefinite delivery of strong and consistent photosensitivity
Compatible with standard telecommunications and pigtailing fiber
Minimal excess loss during splicing
Germanium-doped photosensitive optical fiber - max. 1 550 nm
Intrinsically Photosensitive Fiber for Grating Fabrication in Distributed Strain and Temperature Sensors
...
...
Germanium-doped photosensitive optical fiber - max. 1 550 nm
Intrinsically Photosensitive Fiber for Grating Fabrication in Distributed Strain and Temperature Sensors
More than 5X Germania level of standard telecommunications fibers
Suitable for inscription of long arrays with or without hydrogen loading
Low attenuation around 1550 nm
Polyimide coating variants available for harsh environment applications
Operating temperature as high as 400oC short-term (300oC continuous)
More than 5X Germania level of standard telecommunications fibers
Suitable for inscription of long arrays with or without hydrogen loading
Low attenuation around 1550 nm
Polyimide coating variants available for harsh environment applications
Operating temperature as high as 400oC short-term (300oC continuous)
Erbium and ytterbium (Er-Yb) doped optical glass fiber - 1 520 - 1 570 nm
All-Glass Erbium / Ytterbium Co-Doped Dual-Clad Fiber.
...
...
Erbium and ytterbium (Er-Yb) doped optical glass fiber - 1 520 - 1 570 nm
All-Glass Erbium / Ytterbium Co-Doped Dual-Clad Fiber.
Field-proven since 1999 by Scientific Atlanta and Cisco
Optimised for efficient energy transfer using standard ferrules
Can be cleaved and spliced with standard equipment
Field-proven since 1999 by Scientific Atlanta and Cisco
Optimised for efficient energy transfer using standard ferrules
Can be cleaved and spliced with standard equipment