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Miniaturized fibre‐top cantilevers on etched fibres
Authors:MOXI CUI  CAMIEL H VAN HOORN  DAVIDE IANNUZZI
Affiliation:Department of Physics and Astronomy and LaserLab Amsterdam, VU University, Amsterdam, the Netherlands
Abstract:Fibre‐top probes are self‐aligned, all optical devices obtained by carving a cantilever on top of a 125‐urn:x-wiley:00222720:media:jmi12452:jmi12452-math-0001m diameter single‐mode optical fibre. In this paper, we show that this design can be adapted to smaller fibres as well. We evaluated the performance of a 20‐urn:x-wiley:00222720:media:jmi12452:jmi12452-math-0002m diameter probe in contact mode atomic force microscopy (AFM) and that of a 50‐urn:x-wiley:00222720:media:jmi12452:jmi12452-math-0003m diameter probe in nanoindentation measurements. AFM images proved to be accurate both in air and water, although some distortion was observed because of the mechanical bending of the fibre during scanning. Indentation curves resembled those obtained with larger devices. The maximum indentation depth, however, is limited by the small dimensions of the cantilever.
Keywords:Fibre optics  fibre optics sensors  scanning microscopy
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