The application provides a
skin filler in-vivo detection device and method, relates to the technical field of
skin and
subcutaneous tissue detection, and comprises a
light source and a
spectrometer module, a probe area, the
light source and the
spectrometer module are used for providing OCT
broadband interference light and Raman excitation light, and receiving and
processing OCT interference signals and
Raman scattering signals; the probe area is integrated, and the probe area is provided with
optical beam combining and separating elements, a two-dimensional scanning
galvanometer and a scanning lens; the application breaks through the limitation of traditional evaluation means, realizes real-time monitoring in situ in the
human body, adopts full-optical non-invasive design, the probe can be directly attached to the
human skin, through coaxial dual-mode light paths, long-period longitudinal follow-up of the same part of the
human body is carried out under the premise of non-invasion and non-
radiation, the most real in-vivo
metabolism data of the
human body is acquired, and the problems that the traditional
animal model data is greatly different from the human body and the human face cannot be destructively biopsied are solved.