Peripheral damaged tissue energy detection device for in-vitro fiber laser lithotripsy experiment

The utility model relates to a peripheral damaged tissue energy detection device for an in-vitro fiber laser lithotripsy experiment. The peripheral damaged tissue energy detection device comprises a movable displacement table, a clamp, a detection device body, a laser fiber, a tissue clamp, an energy receiving end and a bottom plate, a moving displacement table is fixed to one side of the bottom plate, two clamps are arranged on the moving displacement table in a sliding mode, the two clamps are fixedly connected with a laser optical fiber and an energy receiving end through two fixing rods respectively, the laser optical fiber and the energy receiving end are arranged in an aligned mode, and a tissue clamp is arranged on the portion, between the laser optical fiber and the energy receiving end, of the bottom plate. One end of the energy receiving end away from the tissue clamp is electrically connected with the detection device body. Through the energy receiving end and the detection device body, the occurre