
Arden Launches FGC Array: A Breakthrough in Fiber ArrayUnit (FAU) Measurement
We are proud to announce the official launch of the FGC Array Fiber Geometry System, setting a new benchmark in
It is the complete solution for measuring the dimensions of standard and specialty fiber in both production and R&D environments, measuring fibers up to 800 µm in diameter.
The FGC uses a Darkfield Imaging system which gives a clear image of the fiber end face, and with our high quality optics and camera users are able to measure the widest range of fibers, from standard fibers to specialty fibers. The system is supported by both NPL in the UK and NIST in the USA.
The FGC software allows users to quickly and easily get both core and cladding geometry measurements including diameter, non-circularity and concentricity. The software contains measurement templates for all standard telecoms fibers. Users can also create their own templates and measure many special fiber types including dual clad fiber, bend insensitive fiber, multicore fiber, polarisation maintaining fiber and many more.
We are proud to announce the official launch of the FGC Array Fiber Geometry System, setting a new benchmark in
The National Physical Laboratory (NPL) and Arden Photonics are long-time partners and recently worked together again to develop Arden’s Fibre
If you are looking for a refractive index profiler to characterise and validate your specialty fibers, you should look no
Arden Photonics Ltd
Royston House, 267 Cranmore Boulevard, Solihull, B90 4QT
Tel: +44 (0) 121 733 7721
Email: enquiries@ardenphotonics.com
Arden Photonics LLC
Central Florida Research Park, 3251 Progress Drive Suite 105, Orlando, FL 32826
Tel: +1 (727) 504-8748
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