Effect evaluation method and device for laser treatment of hemangioma

The invention discloses an effect evaluation method for laser treatment of hemangioma. The method comprises the following steps: S1, measuring a laser-induced breakdown spectrum; S2, training an artificial intelligence algorithm by taking the two laser-induced breakdown spectrums as input values, and distinguishing a normal tissue epidermis sample and a hemangioma sample; S3, measuring the depth of a surface pit caused by the primary laser; S4, judging whether hemangioma exists or not, and obtaining the depth of the pit on the surface of the human tissue; and S5, if the hemangioma exists and does not exceed the preset value at the same time, continuing to treat the hemangioma; and if the tissue is normal or exceeds the preset value, stopping treatment or moving the laser irradiation point to treat hemangioma at other points. The invention also discloses an effect evaluation device for laser treatment of hemangioma. The device comprises a spectral measurement module, an artificial intelligence training module,