This invention relates to the field of medical high-fidelity training model technology, and discloses a multi-
vascular network biomimetic
hemostasis model and method for junctional wounds. The model includes a biomimetic model, a
blood bank system, a
control system, and a
temperature control unit. A biomimetic multi-
vascular network is embedded in the
junction area of the biomimetic model, and a biomimetic wound opening is provided at the corresponding position of the biomimetic multi-
vascular network. The input end of the biomimetic multi-vascular network is connected to the output end of the
blood bank system, and the output end of the biomimetic multi-vascular network is located inside the biomimetic wound opening. The
temperature control unit is located at the input end of the biomimetic multi-vascular network. A
pressure sensor is provided in the biomimetic wound
cavity wall of the biomimetic wound opening, and hemostatic material is filled inside the biomimetic wound opening, with the hemostatic material in contact with the
pressure sensor. The control terminal of the
control system is electrically connected to the
blood bank system, the
temperature control unit, and the
pressure sensor. This invention can realistically simulate the bleeding process of penetrating and blind-tube injuries in the junctional wound of the
simulation model, facilitating
simulation training.