We introduce a system for rapidly measuring the intraocular distances of human eyes in vivo with high sensitivity by using
Fourier domain low-coherence interferometry. The system mainly consisting of a rapid focus displacement unit and a
reference arm which has a variable optical path length. This system is capable of providing a complete biometrical
assessment of a human eye in a single measurement procedure, including cornea thickness, anterior chamber depth, lens
thickness, and axial length. The system is experimentally verified by measuring the four parameters of a human eye in
vivo.
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