The invention discloses a method for internal compression
hemostasis after minimally invasive breast lump rotary varicotomy and a hemostatic
balloon. A
tissue defect area caused by the minimally invasive rotary varicotomy can be effectively and reliably filled, and is internally compressed for
hemostasis instead of the conventional common external compression
hemostasis method, and reliable and long-lasting hemostasis effects are achieved. The hemostatic
balloon comprises three parts, namely a liquid-filled
balloon 1, a double-cavity
catheter 2 and a
catheter core 7. After the minimally invasive breast lump rotary varicotomy, the
catheter core 7 is arranged in a
drainage catheter cavity 3, the front end of the double-cavity catheter 2 is arranged in an
operative incision, and reaches the
tissue defect area, and when the balloon 1 is observed and regulated into a satisfied depth by virtue of B ultrasonic examination, the balloon 1 is filled with normal
saline through a liquid filling catheter cavity 4 until the
tissue defect area is completely compressed. After an
injector is removed, a self-closing liquid filling cover 6 is closed, and the balloon 1 is in a continuously filled state. A small amount of normal
saline seeps, and can flow out of the body through the
drainage catheter cavity 3. When the
injector is removed, the normal
saline in the balloon 1 is sucked out until the balloon 1 completely returns to a preoperative state.