Multi-Mode Fibers (Fiber Core Material: Silica)

Tefzel Silicone-Jacket Coated Multimode Fiber – 84810161N

Leoni Fiber Optics offers an advanced range of glass fibers specifically designed for infrared (IR) applications. These fibers are crafted from pure fused silica glass with a low hydroxyl (OH) content, ensuring a ...

Nylon Acrylate-Jacket Coated Multimode Fiber – 84810101N

The core of LEONI's glass fibers for infrared (IR) applications is crafted from pure fused silica glass, ensuring a low hydroxyl (OH) content and a consistent refractive index across the entire diameter. These ...

Polyimide Coated Multimode Fiber – 84810191N

Experience the cutting-edge technology of LEONI Fiber Optics, where innovation meets precision in the realm of infrared glass fibers. At the heart of these fibers lies pure fused silica glass, renowned for its low ...

Dual Acrylate Coated Multimode Fiber – 84810050N

Leoni Fiber Optics presents a sophisticated line of glass fibers designed for infrared applications, featuring a core made from pure fused silica glass. These fibers boast a low OH content and maintain a uniform ...

Single Acrylate Coated Multimode Fiber – 84810001N

Introducing our high-performance glass fibers designed for infrared (IR) applications, crafted with pure fused silica glass. These fibers boast a low OH content and maintain a uniform refractive index across their ...

Nylon Acrylate-Jacket Coated Multimode Fiber – 84800102N

Leoni Fiber Optics presents a range of high-performance step-index multimode fibers, meticulously engineered with a core and cladding made from pure fused silica glass. These fibers, characterized by their high OH ...

Polyimide Coated Multimode Fiber – 84800039N

Leoni Fiber Optics offers high-performance step-index multimode fibers designed to meet the demanding needs of various industries. These fibers are crafted from pure fused silica glass with a high OH content, ...

Dual Acrylate Coated Multimode Fiber – 84800034N

Our step-index multimode fibers are crafted with precision using pure fused silica glass with a high OH content, ensuring exceptional performance across a broad wavelength range from 190 nm to 1100 nm (UV-VIS). ...

Dual Acrylate Coated Multimode Fiber – 84800033N

Experience the superior quality and performance of our step-index multimode fibers, meticulously crafted from pure fused silica glass with a high OH content. These fibers are designed for optimal functionality ...

Dual Acrylate Coated Multimode Fiber – 84800032N

Experience superior optical performance with our step-index multimode fibers, designed for a wide range of applications across various industries. These fibers boast a core and cladding made from pure fused silica ...

Single Acrylate Coated Multimode Fiber – 84800004N

Leoni Fiber Optics offers an exceptional range of step-index multimode fibers designed for demanding optical applications. These fibers are crafted from pure fused silica glass, featuring a high OH content that ...

Single Acrylate Coated Multimode Fiber – 84800005N

Discover the exceptional quality and versatility of Leoni's step-index multimode fibers, designed specifically for UV-VIS applications. These fibers are crafted from pure fused silica glass, featuring a core and ...

Ocean Optics Premium-Grade Optical Fiber Assemblies

Fibers and Probes Ocean Optics offers the most versatile range of optical fibers in the industry, designed to deliver years of reliable and accurate results. Whether you need a single patch cord, a custom ...

Metal-coated Silica Fibers: Multi-Mode, Cu-alloy Coated

art photonics' Copper-alloy Coated Silica Fibers are engineered to deliver exceptional optical performance under extreme environmental conditions, making them an ideal choice for demanding industrial, medical, and ...

ArmD® UV-SC/NIR-SC

Armadillo’s plastic-clad silica fibers ensure high transmission values across UV to NIR wavelengths, catering to applications ranging from remote illumination to high-power laser delivery and spectroscopy. Our ArmD® ...

Metal-coated Silica Fibers: Step Index, 9/125, Cu-alloy Coated

art photonics’ Copper-alloy Coated Silica Fibers are the optimal solution for applications in high temperature, vacuum and harsh environment conditions. Cu-alloy coated fibers have all benefits of silica ...

Metal Coated Fibers: FlexiRay® MCS 9 Cu-alloy

art photonics' Metal-Coated Silica Fibers are ideally suited for use in high temperature, vacuum and harsh chemical environments. This is due to the strong mechanical adhesion of the metal directly to the silica ...

Metal-coated Silica Fibers: Multi-Mode, Al-alloy Coated

art photonics’ Al Coated Silica Fibers are the optimal solution for applications in high temperature, vacuum and harsh environment conditions. Al coated fibers have all benefits of silica fibers. Additional ...

ArmD® UV

Armadillo’s high quality ArmD® UV and ArmD® NIR fibers showcase outstanding performance and transmission across a wide spectrum, from deep UV to MIR. Explore an array of jacket types and sizes, including ...

ArmD® NIR

Armadillo’s high quality ArmD® UV and ArmD® NIR fibers showcase outstanding performance and transmission across a wide spectrum, from deep UV to MIR. Explore an array of jacket types and sizes, including ...

ArmD® Broadband

Introducing ArmD® Broadband by Armadillo: A remarkably low-loss solution optimized for wavelengths ranging from 200 nm to 2000 nm. This innovative fiber harnesses the combined properties of UV and NIR fibers, ...

ArmD® UV-HC/NIR-HC

ArmD® UV-HC and ArmD® NIR-HC hard polymer-clad fibers offer high numerical apertures to suit a broad range of applications, from remote illumination to photodynamic therapy. This high-quality fiber is a ...

ArmD® UV Shaped, ArmD® NIR Shaped

Armadillo’s angular core silica optical fibers exhibit exceptional performance and transmission to ArmD® UV/NIR fibers with circular core geometry. Their excellent image scrambling and minimal focal ratio ...

Metal coated step index fiber - Aluminum

Aluminum Coated Fibers from Waveguide Technologies, Inc. are designed for a wide temperature range (-269°C to +400°C). Fibers are available with high OH content for UV/VIS and low OH content for VIS/IR ...