Medical

1310-OCT-P Select Cutoff SM Optical Fiber

SKU: 1398975

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

1060-OCT-P, Select Cutoff SM, Optical Fiber

SKU: 1060-OCT-P

Coherent -OCT select cutoff single-mode fibers are optimized for Optical Coherence Tomography (OCT) medical imaging methods. These application-specific fibers were developed for next generation OCT applications that operate at both 780 and 1060nm and require exceptional uniformity, tight dispersion and core/clad concentricity control. The fibers are ideally suited for couplers used in OCT. This fiber can still be used for traditional applications as well and is prooftested to 200kpsi for superior strength. These -OCT fibers are part of the NuVIEWFA family of fibers providing extra high performance specifications for increased component reliability, component performance and production yields reducing component manufacturing costs. The -P version has a polyimide coating reducing overall fiber diameter and increasing operating temperature to 300°C.

This product requires a purchase of a minimum quantity of : 100

780-OCT, Select Cutoff SM, Optical Fiber

SKU: 780-OCT

Coherent -OCT select cutoff single-mode fibers are optimized for Optical Coherence Tomography (OCT) medical imaging methods. These application-specific fibers were developed for next generation OCT applications that operate at both 780 and 1060nm and require exceptional uniformity, tight dispersion and core/clad concentricity control. The fibers are ideally suited for couplers used in OCT. This fiber can still be used for traditional applications as well and is prooftested to 200kpsi for superior strength. These -OCT fibers are part of the NuVIEWFA family of fibers providing extra high performance specifications for increased component reliability, component performance and production yields reducing component manufacturing costs. The -P version has a polyimide coating reducing overall fiber diameter and increasing operating temperature to 300°C.

This product requires a purchase of a minimum quantity of : 139

MMF-S105/125-22A, Optical Fiber

SKU: 1335821

Coherent PRISM Award winning specialty flat-top fiber technology is designed in mulitimode step-index fibers to ensure high compatibility with conventional fibers from the power delivery family. These proprietary fibers are specially designed to tailor the mode content propagating in its core in order to transform input beams into a homogeneous top-hat beam profile while maintaining highly efficient light propagation and ensuring ultra-low insertion loss. This fiber features a 100 µm core and a 125 µm clad with a 0.22 NA.

This product requires a purchase of a minimum quantity of : 44

MM-S200/240-FTB, Pure Silica Core Specialty Multimode Optical Fiber

SKU: 1404842

Medical Laser Power Delivery fibers include pure silica core step-index waveguides supporting a broad range of wavelengths from visible to 2.2 µm. Core sizes range from 200 µm to 550µm with numeric apertures up to 0.24. For laser surgery applications where beam homogeneity is critical, Flat-TopFA technology can be incorporated. A range of biocompatible coatings and buffers offered including polyimide, acrylate, silicone and Tefzel®. Sterilization by radiation or ETO; supported by radiation resistant pure silica core fiber and coating material choice.

This product requires a purchase of a minimum quantity of : 85

1310-GGF-OCT Select Cutoff SM Optical Fiber

SKU: 1398978

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

1310-80-OCT-P Select Cutoff SM Optical Fiber

SKU: 1398976

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

This product requires a purchase of a minimum quantity of : 91

1310-GDF-OCT Select Cutoff SM Optical Fiber

SKU: 1398977

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

MM-S365/400-FTB, Pure Silica Core Specialty Multimode Optical Fiber

SKU: 1404844

Medical Laser Power Delivery fibers include pure silica core step-index waveguides supporting a broad range of wavelengths from visible to 2.2 µm. Core sizes range from 200 µm to 550µm with numeric apertures up to 0.24. For laser surgery applications where beam homogeneity is critical, Flat-TopFA technology can be incorporated. A range of biocompatible coatings and buffers offered including polyimide, acrylate, silicone and Tefzel®. Sterilization by radiation or ETO; supported by radiation resistant pure silica core fiber and coating material choice.

This product requires a purchase of a minimum quantity of : 41

MM-S272/300-FTB, Pure Silica Core Specialty Multimode Optical Fiber

SKU: 1404843

Medical Laser Power Delivery fibers include pure silica core step-index waveguides supporting a broad range of wavelengths from visible to 2.2 µm. Core sizes range from 200 µm to 550µm with numeric apertures up to 0.24. For laser surgery applications where beam homogeneity is critical, Flat-TopFA technology can be incorporated. A range of biocompatible coatings and buffers offered including polyimide, acrylate, silicone and Tefzel®. Sterilization by radiation or ETO; supported by radiation resistant pure silica core fiber and coating material choice.

This product requires a purchase of a minimum quantity of : 68

1060-OCT, Select Cutoff SM, Optical Fiber

SKU: 1060-OCT

Coherent -OCT select cutoff single-mode fibers are optimized for Optical Coherence Tomography (OCT) medical imaging methods. These application-specific fibers were developed for next generation OCT applications that operate at both 780 and 1060nm and require exceptional uniformity, tight dispersion and core/clad concentricity control. The fibers are ideally suited for couplers used in OCT. This fiber can still be used for traditional applications as well and is prooftested to 200kpsi for superior strength. These -OCT fibers are part of the NuVIEWFA family of fibers providing extra high performance specifications for increased component reliability, component performance and production yields reducing component manufacturing costs. The -P version has a polyimide coating reducing overall fiber diameter and increasing operating temperature to 300°C.

This product requires a purchase of a minimum quantity of : 139