FemtoFiberTec
Are you FemtoFiberTec representative? Claim This Page Today!
No one from FemtoFiberTec has updated the information yet
Claim FemtoFiberTec Page to edit and add data


Frequently Asked Questions

The FEMTO Grating in Single Mode Acrylate Fiber has several benefits compared to conventional FBGs, including temperature stability up to 1,000°C, cost efficient arrays compared to strip and recoat gratings, immunity to humidity and radioactivity, significantly higher tensile strength compared to strip and recoat technology, and significantly higher reflectivity and lower fiber cost compared to draw tower technology.

The FEMTO Grating in Single Mode Acrylate Fiber is well-suited for temperature and strain measurements up to 85°C (high temperature acrylate up to 180°C), has a low bending loss, and has different FBG reflectivity levels available depending on the requirements of the interrogation unit.

The specifications of the FEMTO Grating in Single Mode Acrylate Fiber include a wavelength range of 1500-1600, a reflectivity range from >20% to >70%, and a maximum temperature range of 85°C (high temperature acrylate up to 180°C). Additionally, the FEMTO Grating arrays and FEMTO Plus® Grating arrays are produced according to customer specifications.

The FEMTO Grating in Single Mode Acrylate Fiber is a type of fiber optic component that is used for temperature and strain measurements in various applications.

FemtoFiberTec uses a special inscription technology for FBGs, based on infrared fs-laser technology. The laser is focused into the core of the fiber and induces local refractive index changes in a point-by-point writing process.

You May Also Like