A subsidiary of Molex, Polymicro Technologies announces its registration and compliance with the U.S. Food and Drug Administration (FDA) 21 CFR 820 Quality System Regulation (QSR).

Polymicro Technologies a réussi à développer une fibre optique comprenant un cœur en silice fondue synthétique à faible teneur en OH, une gaine en polymère rigide PolyClad et un revêtement en ETFE. Caractérisée par une résistance élevée à la traction et un rayon de courbure minimal garantissant une haute fiabilité, la fibre optique PolyClad 200/...

Polymicro Technologies has successfully developed an optical fibre comprising a low -OH synthetic fused silica core, PolyClad hard polymer clad and ETFE buffer/jacket. Featuring high tensile strength and minimal bend radius for high reliability, Polymicro’s 200/230 PolyClad Optical Fibre accommodates short-to-medium distance Data Communications in Factory Automation and Process Control Applications and withstands harsh-temperature, chemical...

In the fields of fiber sensing and spectroscopy, many applications require the capability to measure optical signals across a very wide spectral range. Historically, optical fibers have been limited in their transmission spectral range. Fibers with high -OH content perform better at UV wavelengths. However, the -OH content creates very large absorption regions in the Near Infrared (NIR) wavelengths, particularly at 980, 1250 and 1383nm. Conversel...

Optical fibers with a glass core, glass clad and a secondary hard polymer clad, known as Dual Clad fibers, have been successfully used for years for laser power delivery in minimally invasive medical treatments, such as laser lithotripsy. The dual clad is capable of delivering increased laser power compared to regular single clad hard polymer clad silica optical fiber (HPCF) that has a glass core and polymer cladding. This is because the glass is...