APC/SPC Polymer Clad MM Fibers

300 - 2400 nm; low numerical aperture; Max Operating Temperature 85 °C; Core Diameter 50 µm; Coating Outside Diameter 250 µm Step Index multi mode fiber with pure fused silica core and fluorine doped silica cladding. With a low concentration of hydroxyl groups (OH), this fiber of the Anhydroguide™ series from Fiberguide Industries is suitable for wavelengths in the visible to infrared domain. It is primarily used in photonics applications where individual or bundled large core (> 50μm) multi mode fibers are needed for the transmission of optical energy.This “AFM” fiber features a low numerical aperture (0.12), resulting in a full acceptance angle of 14°. With a cladding diameter of 140 µm and a silicon buffer coating layer, the minimum bend radius recommended by the supplier is 13 mm (short term) or 25 mm (long term) respectively. The fibers are 100% proof tested using a 4-axis bend method with 100 KPSI. Typical applications are bio-analytical sensing, medical lasers, aerospace/defense, spectroscopy, nuclear plasma sensing or industrial laser systems.

Aluminium Coated, Single Mode, Multi Mode; 190 to 2400 nm; Core Diameter 50 to 400 µm; Mode Field Diameter 4.3, 9.0 µm; Cladding Diameter 125 to 440 µm; Numerical Aperture 0.12 to 0.275 Fiberguide’s AFS-A/SFS-A/AGI-A/ASI-A/UVS-H2A series of aluminium coated fibers are designed for a wide temperature range (-269 to +400 °C) and superior strength (>100 kpsi). This allows for long life at extended stress levels in applications that require tight bends. Also, the strong chemical bond between the silica cladding and the aluminum enables direct termination without pistoning. This bond also makes aluminium coating the ideal choice to preserve deep UV performance in Fiberguide’s Solarguide UVS-H2A series of solarization resistant UV multi mode fiber. Within this series of aluminium coated high temperature fibers, users find step index (AFS/SFS, UVS-H2) and graded index (AGI) multi mode fibers as well as anhydrous silica (ASI) single mode fibers. As an option, some types of aluminium coated high temperature fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some of the fibers can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Multi Mode (Step/Graded Index) or Single Mode Fibers Pure Fused Silica Core, Fluorine Doped/Pure Silica Cladding Coating: Aluminium Core / Cladding Sizes: 50/125 to 400/440 µm (MM) Mode Field Diameter / Cladding Sizes: 4.3/125, 9.0/125 µm (SM) Numerical Aperture (NA): 0.12 to 0.275 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Applications: High Temperature and Cryogenic Temperature Sensing; Semiconductor Manufacturing; Corrosive and Caustic Environments; Ultra-high Vacuum Devices; Radiation Resistant Sensors; Rocket, Turbine and Jet Engine Monitoring

Gold Coated, Single Mode, Multi Mode; 190 to 2400 nm; Core Diameter 50 to 400 µm; Mode Field Diameter 4.3, 9.0 µm; Cladding Diameter 125 to 440 µm; Numerical Aperture 0.12 to 0.275 Fiberguide’s AFS-G/SFS-G/AGI-G/ASI-G series of gold coated high temperature optical fibers is designed to achieve the widest temperature range (-269 to +700 °C) of any optical fiber on the market. This, combined with excellent corrosion resistance, and the fiber’s ability to be soldered or brazed, makes it the ideal fiber for many high temperature applications such as turbine flame monitoring, oil and gas down-hole sensing, and high vacuum or pressure applications. As an option, some types of gold coated high temperature fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some of the fibers can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Multi Mode (Step/Graded Index) or Single Mode Fibers Pure/Germanium Doped Fused Silica Core, Fluorine Doped/Pure Silica Cladding Coating: Gold Core / Cladding Sizes: 50/125 to 400/440 µm (MM) Mode Field Diameter / Cladding Sizes: 4.3/125, 9.0/125 µm (SM) Numerical Aperture (NA): 0.12 to 0.275 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Applications: Turbine Flame Monitoring; Oil and Gas Down-hole Sensing; High Vacuum Applications; High Pressure Applications

Multi Mode; 190 to 2400 nm; Core Diameter 50 to 1500 µm; Cladding Diameter 125 to 1650 µm; Coating Acrylate, Polyimide, Nylon, Tefzel, Aluminium, Gold; Numerical Aperture 0.12, 0.22, 0.26 Fiberguide’s Anhydroguide™ (AFS/AFM/AFH) and Superguide™ (SFS/SFM/SFH) silica core, silica clad, polymer coated multi mode fibers are primarily used in photonics applications where individual or bundled large core (>50 µm) multi mode fibers are needed for the transmission of optical energy. These fibers can be coated with a variety of polymers or even metalized with aluminium or gold for extreme temperature performance. While the AFS series features a low hydroxyl ion concentration (low OH) and works in the visible to IR range, SFS variants with high hydroxyl ion concentration are suitable for the UV to visible range. Options include Acrylate (-Y), Polyimide (-T), Nylon (-N), Tefzel (-Z), Aluminium (-A) and Gold (-G) coatings as well as standard (AFS/SFS), high (AFH/SFH) and low (AFM/SFM) numerical aperture. As a further option, fibers can also be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some fiber types can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Step Index Multi Mode Fibers Pure Fused Silica Core / Fluorine Doped Silica Cladding Silicone Buffer Coating Layer for Nylon & Tefzel Outer Coatings Coatings Acrylate, Polyimide, Nylon, Tefzel, Aluminium, Gold Core / Cladding Sizes: 50/125 to 1500/1650 µm Wavelengths: SFS (High OH) 190 to 1250 nm; AFS (Low OH) 300 to 2400 nm Numerical Aperture (NA): 0.12, 0.22, 0.26 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Available Core/Clad Ratios: 1.1 (Standard), 1.2, 1.4, 2.5 Thermocoat (Polyimide), Nylon, Tefzel certified to NAMSA Class VI Applications: Bio-Analytical Sensing; Medical Laser; Aerospace/Defense; Spectroscopy; Nuclear Plasma Sensing; Industrial Laser Systems

The Anhydroguide™ fiber is drawn from preforms manufactured by the Plasma Outside Deposition (POD) process,

Multi Mode; 190 to 2400 nm; Core Diameter 200 to 900 µm; Cladding Diameter 240 to 1000 µm; Coating Tefzel (Natural & Blue); Numerical Aperture 0.22 Fiberguide’s Anhydroguide™ (AFSH) and Superguide™ (SFSH) series of silica core, silica clad, hard polymer coated, polymer outer coated multi mode fibers are similar to Fiberguide’s AFS/AFM/AFH/SFS/SFM/SFH series of silica core, silica clad, polymer coated MM fibers, except there is an added layer of hard polymer on top of the silica cladding. This hard coat serves as stable buffer layer that ensures a sufficient bond between the silica cladding and the polymer outer coating, making these fibers the ideal choice for a variety of medical applications. Other main application areas for the AFSH/SFSH series of hard polymer coated fibers are where individual or bundled large core (>50 µm) multi mode fibers are needed for the transmission of optical energy. While the AFSH series features a low hydroxyl ion concentration (low OH) and works in the visible to IR range, SFSH variants with high hydroxyl ion concentration are suitable for the UV to visible range. Options include natural (-Z) or blue (-C) Tefzel coatings, and fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some fiber types can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Step Index Multi Mode Fibers Hard Polymer Buffer Coating Layer Coating: Tefzel (Natural or Blue) Core / Cladding Sizes: 200/240 to 910/1000 µm Wavelengths: SFSH (High OH) 19 to 1250 nm; ASFH (Low OH) 300 to 2400 nm Numerical Aperture (NA): 0.22 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Tefzel (Natural & Blue) certified to NAMSA Class VI Applications: Bio-Analytical Sensing; Medical Laser; Aerospace/Defense; Spectroscopy; Nuclear Plasma Sensing; Industrial Laser Systems  

Fiber Type Single Mode, Multi Mode Step & Graded Index; Input Core Diameter 100 to 600 µm; Output Core Diameter 50 to 200 µm; Numerical Aperture 0.12, 0.26; Wavelength 180 to 2400 nm; Sheathing PVC, Stainless Steel Fiberguide’s AFT/SFT series of optical tapers are used for mode mixing, lowering optical power density in high power applications, and converting numerical aperture (NA) in optical power delivery applications. Optical tapers can either be tower drawn, where the length is several meters, or they can be produced using bench-top equipment, making the length a few inches. In both cases, these optical tapers are continuous pieces of fiber, they are not spliced. Tapered optical fibers can be made either by fusing a short tapered section onto a longer fixed diameter fiber or by very carefully controlling the drawing process to produce a single continuous fiber with an integral tapered section. For its AFT/SFT series, Fiberguide uses the latter process since it results in superior fiber strength, alignment precision and optical power transmission. Tapered optical fibers cause optical mode mixing that tends to homogenize spatial power distribution. A larger input core diameter can prevent input damage and allow a smaller diameter pigtail for convenience in adapting to a wide range of optical applications. Tapered optical fibers can be used as a passive optical component to alter the input and / or output divergence (N.A.) with regard to an optical fiber, as a high power coupler for laser energy, as this will spread the energy over a larger area, or simply as a device to relax tolerances in an optical system. To ensure maximum efficiency of light transmission, the numerical aperture (N.A.) of the light entering the taper input should be 0.22 divided by the taper ratio. As an example, assume the input core diameter of the taper is 400 µm and the output core is 200 µm (2:1 taper ratio), then the N.A. of the light entering the taper will be 0.22/2 = 0.11. Additionally, the fibers can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Fiber Type: Single Mode, Multimode Input Core Sizes: 100 to 600 µm Wavelengths: 190 to 1250 (High OH), 300 to 2400 nm (Low OH ) Numerical Aperture (NA): 0.12, 0.22, 0.26 Input-to-Output Ratios: Up to 3:1 Connector Options: SMA905 Sheathing Options: PVC Tubing, Stainless Steel Monocoil (Tower Drawn Tapers), Rigid Stainless Steel Tubing (Micro Tapers) Coating: Acrylate Length: Minimum Taper Length 2 m, Overall Length <50 m (Tower Drawn Tapers), ~ 6 inches Typical (Micro Tapers) Applications: Laser Marking, Welding, Soldering; Fluid Level Sensors; Laser Surgery, Angioplasty, Lithotripsy; Non-linear Optics; Diode Laser Array Coupling; Spectroscopy; Analytical Instruments; Laser Delivery; Biosensors; Near-field Scanning Optical Microscopy\Raman and IR Spectroscopy; Humidity Sensing; Delivery Systems for Laser Diodes; High-power Laser Transmittance; Dynamic Position Sensing; Fluorescent Detection

Multi Mode, Graded Index; 850, 1300 nm; Core Diameter 50, 62.5 µm; Cladding Diameter 125 µm; Coating Acrylate, Polyimide, Aluminium, Gold; Numerical Aperture 0.20, 0.275 Fiberguide’s AGI series of anhydrous graded index multi mode silica core, silica clad, polymer or metal coated fibers feature a graded index profile instead of a step index profile. These fibers are primarily used in data transmission applications where more bandwidth is needed than step index fibers can offer. These fibers are available with acrylate coatings (-Y) and also high performance polyimide (-T), aluminum (-A) and gold (-G) coatings that allow them to exceed the temperature performance levels of standard fibers. As a further option, AGI series fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. AGI series fibers can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Graded Index Multi Mode Fibers Germanium Doped Fused Silica Core / Pure Fused Silica Cladding Coatings: Acrylate, Polyimide, Aluminium, Gold Core / Cladding Sizes: 50/125µm, 62.5/125µm Wavelengths: Optimized for 850nm & 1300nm Numerical Aperture (NA): 0.20, 0.275 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Applications: Data Communications; Laser Systems; Medical Applications; Oil & Gas Down-Hole Sensing; Photonic Devices; Optical Sensor Systems

Multi Mode; 190 to 2200 nm; Core Diameter 200 to 1500 µm; Cladding Diameter 230 to 1550 µm; Coating Tefzel (Natural & Blue); Numerical Aperture 0.37 Fiberguide’s Anhydroguide™ (APCH) and Superguide™ (SPCH) series of silica core, hard clad fibers feature a hard polymer cladding instead of a silica cladding. This hard polymer cladding enables a higher numerical aperture (NA, 0.37) than a silica cladding and reduces cost. Hard clad fibers like the APCH/SPCH series are the ideal choice for disposable medical products. While the APCH series features a low hydroxyl ion concentration (low OH) and works in the visible to IR range, SPCH variants with high hydroxyl ion concentration are suitable for the UV to visible range. Options include natural (-Z) or blue (-C) Tefzel coatings. As an option, fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some fiber types can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Step Index Multi Mode Fibers Pure Fused Silica Core / Hard Polymer Cladding Coating: Tefzel (Natural or Blue) Core / Cladding Sizes: 200/230 to 1500/1550 µm Wavelengths: SPCH (High OH) 190 to 1250 nm, APCH (Low OH) 400 to 2200 nm Numerical Aperture (NA): 0.37 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Tefzel (Natural & Blue) certified to NAMSA Class VI Applications: Bio-Analytical Sensing; Medical Laser; Dental Curing; Spectroscopy; Nuclear Plasma Sensing; Photodynamic Therapy

Multi Mode, Square Core; 190 to 2400 nm; Core Size 100 to 1000 µm; Coating Acrylate, Nylon, Polyimide; Numerical Aperture 0.22 Fiberguide’s Anhydroguide™ (ASQR) and Superguide™ (SSQR) series of square silica core, doped round cladding multi mode optical fibers excel in specific applications where traditional circular core fibers with Gaussian outputs are not ideal. The uniform “top hat” intensity profile these fibers provide are the desired output profile when performing tasks such as welding, photolithography, and spectroscopy. Square core fibers with round claddings are also excellent candidates for use in the laser diode industry, where the square shape enables a more ideal coupling match with the diode source. Fiberguide offers pure silica square core fibers with a fluorine doped cladding (0.22 NA) in a wide range of core diameters from 100 μm to 1000 μm. While the ASQR series features a low hydroxyl ion concentration (low OH) and works in the visible to IR range, SSQR variants with high hydroxyl ion concentration are suitable for the UV to visible range. Options include Acrylate, Polyimide and Nylon coatings as well as anti-reflective coatings like standard thin film coatings or RARe Motheye nano-surfacing. This anti-reflective technology enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Homogenized Output Distribution Top Hat Beam Profile Greater Capture Area than Round Fibers for Square Inputs Step Index Multi Mode Fibers Square Silica Core / Doped Round Cladding Coatings: Acrylate, Nylon, Polyimide Core Sizes: 100 to 1000 µm Typical Clad/Core Ratio (RD Clad): 1.2 (Diagonal to Clad OD) Wavelengths: SSQR (High OH) 190 to 1250 nm, ASQR (Low OH) 300 to 2400 nm Numerical Aperture (NA): 0.22 ±0.02 100% Proof Test Using 4-Axis Bend Method Applications: Laser Materials Processing; Astronomical Spectroscopy; Non-circular Diode Beam Coupling; Photolithography

850, 1060, 1300 nm; Core Dia. 50 µm; Cladding Dia. 125 µm; Acrylate Coating; Optional Hermetic Layer; -60 to +180 °C Equipped with mid-temperature acrylate-based coatings, the Corning® ClearCurve® series of multi mode (MM) bend insensitive optical fibers now includes higher temperature and higher bandwidth capability. For use at temperatures up to +180 °C and beyond, these acrylate-based fibers deliver incredible macro bend performance with ease of use and handling – benefiting sensing systems operating in harsh environments.. The ClearCurve multi mode fiber series includes the MM50BI-XMT fiber with mid-temperature acrylate coating as well as the MM50BIH-XMT fiber with mid-temperature acrylate coating and an additional hermetic layer. For mid-temperature single mode fibers please refer to Corning’s ClearCurve single mode fiber series. Key Features: Acrylate-base for Ease of Handling Rated for up to +180 °C Test data available at +200 °C Higher Bandwidths available Hermetic Coating (Optional) for Protection Against Hydrogren-induced Attenuation Increase and Improved Fatigue Resistance Consistent Strength Over Time at Elevated Temperatures Designed to Meet Your Specific Needs: Recommended Min. Bending Radius of 7.5 mm Fully Compliant With ITU-Recommendations G651.1 Compatible with Current Optical Fibers and Practices Applications: Fiber Sensing and Data Transmission with Tight Bend Requirements and/or High Bandwidth Requirements for: Aerospace & Defense, Structural Health Monitoring, Down-Hole Drilling

Gold Coated, Other Materials on Request; Fiber Type SM, MM, PM; Metalization Thickness 1.65 to 5.2 µm; Maximum Plating Length 50 mm; Operating Temperature -40 to +85 °C OZ Optics’ ME series of metalized fibers are specifically designed for optoelectronic packaging. The fiber is first coated with a layer of nickel to provide superior adhesion and a stable soldering base. The fiber is then plated with an overcoat layer of gold to provide resistance to oxidization. The result is a strong, uniform coating capable of handling the rigors of soldering and hermetic sealing. OZ Optics metalized fibers are well suited for use in assemblies that must conform to Telcordia requirements. If required, OZ Optics metalized fibers can be manufactured with masked ends. This process provides a clean, non-metalized fiber end suitable for termination with ceramic ferrules, fusion splicing or direct connection to a device and allows for an easy transformation of devices into hermetically sealed packages. Also available are custom mid-span metalization of optical fibers and metalized ribbon fibers. The mid-span configuration provides a solution for hermetically sealing in-fiber devices such as fiber Bragg gratings, optical isolators or optical filters, as well as allowing larger package devices that exceed the length restrictions of standard metalized fibers. Metalization of ribbon fibers allows for easy hermetic sealing of multiple fibers into hermetic packages that require many fibers or are being used with V-Groove assemblies. OZ Optics metalized fibers are available with Single Mode (SM), Multi Mode (MM) or Polarization Maintaining (PM) fibers. In general, OZ Optics uses polarization maintaining fibers based on the PANDA fiber structure when building polarization maintaining components and patch cords. However, OZ Optics can construct devices using other PM fiber structures. OZ Optics also carries some alternative fiber types in stock, please contact AMS Technologies for availability. If necessary, OZ Optics is willing to use customer supplied fibers to build devices. Key Features: Single Mode (SM), Multi Mode (MM) or Polarization Maintaining (PM) Fibers Easy to Solder Cleaved Enfaces Available Unplated (Masked) Ends Available Mid-span Plating Available Designed to Meet Telcordia Requirements Large Volume Manufacturing Capacity Custom Configurations Available Applications: Hermetic Feed-throughs; Integrated Optics Packaging; Diode Pigtailing