Fiberguide Industries, Inc.
Stirling, NJ 07980
Shaped Tip Fiber Assemblies suit medical laser applications.
Designed to provide optimum control over laser light during medical procedures, Shaped Tip Fibers and Fiber Assemblies offer conical, ball, radiused, chiseled, and angular fiber ends for benign prostatic hyperplasia, optical-coherence tomography-guided, and photodynamic therapy laser treatments. Tips allow customers to shape outbeam and/or increase efficiency of light collections. Customized...
Read More »
Shaped Tip Fiber Assemblies suit medical laser applications.
Designed to provide optimum control over laser light during medical procedures, Shaped Tip Fibers and Fiber Assemblies offer conical, ball, radiused, chiseled, and angular fiber ends for benign prostatic hyperplasia, optical-coherence tomography-guided, and photodynamic therapy laser treatments. Tips allow customers to shape outbeam and/or increase efficiency of light collections. Customized...
Read More »
Specialty Optical Fibers and Assemblies from Fiberguide at Photonics West
Stirling, N.J. - Fiberguide Industries will demonstrate its specialty optical fibers and high power assemblies for medical and industrial applications at the 2013 SPIE Photonics West exhibition, booth 1930. The show takes place from February 2-7 at the Moscone Center (San Francisco, Calif.). Fiberguide's full range of specialty optical fibers will be on display, including gold and aluminum coated...
Read More »
Specialty Optical Fibers and Assemblies from Fiberguide at Photonics West
Stirling, N.J. - Fiberguide Industries will demonstrate its specialty optical fibers and high power assemblies for medical and industrial applications at the 2013 SPIE Photonics West exhibition, booth 1930. The show takes place from February 2-7 at the Moscone Center (San Francisco, Calif.). Fiberguide's full range of specialty optical fibers will be on display, including gold and aluminum coated...
Read More »
Optical Fiber minimizes stress in fiber core.
Designed for integration into fiber-based systems performing high power transmission, UniClad Optical Fiber uses large core-to-clad ratio to minimize stress transfer to core, optimizing focal ratio degradation in lasers used for cutting, welding, drilling, soldering, and marking. Fiber features pure fused silica core and doped fused silica cladding with polymer coating. It has fixed 500 -µm...
Read More »
Optical Fiber minimizes stress in fiber core.
Designed for integration into fiber-based systems performing high power transmission, UniClad Optical Fiber uses large core-to-clad ratio to minimize stress transfer to core, optimizing focal ratio degradation in lasers used for cutting, welding, drilling, soldering, and marking. Fiber features pure fused silica core and doped fused silica cladding with polymer coating. It has fixed 500 Ã-µm...
Read More »Laser Connectors offer power handling capabilities to 750 W.
Constructed from all-silica optical fibers with core sizes from 100-1,500 -µm, FD-80 high power keyed connector assemblies are designed for power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. Laser...
Read More »Laser Connectors offer power handling capabilities to 750 W.
Constructed from all-silica optical fibers with core sizes from 100-1,500 Ã-µm, FD-80 high power keyed connector assemblies are designed for power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. Laser...
Read More »
Keyed Laser Connectors handle power up to 750 W.
Constructed from all silica optical fibers with core sizes from 100-1,500 -µm, Series FD-80 meets demanding power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. To promote power transmission and minimize...
Read More »
Keyed Laser Connectors handle power up to 750 W.
Constructed from all silica optical fibers with core sizes from 100-1,500 Ã-µm, Series FD-80 meets demanding power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. To promote power transmission and...
Read More »
Shaped Tip Fiber Assemblies suit medical laser applications.
Designed to provide optimum control over laser light during medical procedures, Shaped Tip Fibers and Fiber Assemblies offer conical, ball, radiused, chiseled, and angular fiber ends for benign prostatic hyperplasia, optical-coherence tomography-guided, and photodynamic therapy laser treatments. Tips allow customers to shape outbeam and/or increase efficiency of light collections. Customized...
Read More »
Shaped Tip Fiber Assemblies suit medical laser applications.
Designed to provide optimum control over laser light during medical procedures, Shaped Tip Fibers and Fiber Assemblies offer conical, ball, radiused, chiseled, and angular fiber ends for benign prostatic hyperplasia, optical-coherence tomography-guided, and photodynamic therapy laser treatments. Tips allow customers to shape outbeam and/or increase efficiency of light collections. Customized...
Read More »
Specialty Optical Fibers and Assemblies from Fiberguide at Photonics West
Stirling, N.J. - Fiberguide Industries will demonstrate its specialty optical fibers and high power assemblies for medical and industrial applications at the 2013 SPIE Photonics West exhibition, booth 1930. The show takes place from February 2-7 at the Moscone Center (San Francisco, Calif.). Fiberguide's full range of specialty optical fibers will be on display, including gold and aluminum coated...
Read More »
Specialty Optical Fibers and Assemblies from Fiberguide at Photonics West
Stirling, N.J. - Fiberguide Industries will demonstrate its specialty optical fibers and high power assemblies for medical and industrial applications at the 2013 SPIE Photonics West exhibition, booth 1930. The show takes place from February 2-7 at the Moscone Center (San Francisco, Calif.). Fiberguide's full range of specialty optical fibers will be on display, including gold and aluminum coated...
Read More »
Optical Fiber minimizes stress in fiber core.
Designed for integration into fiber-based systems performing high power transmission, UniClad Optical Fiber uses large core-to-clad ratio to minimize stress transfer to core, optimizing focal ratio degradation in lasers used for cutting, welding, drilling, soldering, and marking. Fiber features pure fused silica core and doped fused silica cladding with polymer coating. It has fixed 500 -µm...
Read More »
Optical Fiber minimizes stress in fiber core.
Designed for integration into fiber-based systems performing high power transmission, UniClad Optical Fiber uses large core-to-clad ratio to minimize stress transfer to core, optimizing focal ratio degradation in lasers used for cutting, welding, drilling, soldering, and marking. Fiber features pure fused silica core and doped fused silica cladding with polymer coating. It has fixed 500 Ã-µm...
Read More »Laser Connectors offer power handling capabilities to 750 W.
Constructed from all-silica optical fibers with core sizes from 100-1,500 -µm, FD-80 high power keyed connector assemblies are designed for power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. Laser...
Read More »Laser Connectors offer power handling capabilities to 750 W.
Constructed from all-silica optical fibers with core sizes from 100-1,500 Ã-µm, FD-80 high power keyed connector assemblies are designed for power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. Laser...
Read More »
Keyed Laser Connectors handle power up to 750 W.
Constructed from all silica optical fibers with core sizes from 100-1,500 -µm, Series FD-80 meets demanding power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. To promote power transmission and minimize...
Read More »
Keyed Laser Connectors handle power up to 750 W.
Constructed from all silica optical fibers with core sizes from 100-1,500 Ã-µm, Series FD-80 meets demanding power requirements of industrial laser systems used for cutting, drilling, marking, and welding. Epoxy-free cantilevered nose design isolates fibers from connector, allowing safe dissipation of thermal energy without burning surrounding material. To promote power transmission and...
Read More »