Emily pneumothorax treatment model

Emily pneumothorax treatment model

core functionality

Realistic anatomical structure: The model is the upper body torso of an adult male, with real anatomical landmarks such as clavicles, ribs, sternum, nipples, etc., making it easy to perform puncture positioning.

Puncture training: Pneumothorax puncture decompression exercises can be performed, and the puncture position can be selected between the second intercostal space of the bilateral clavicle midline or the fourth to fifth intercostal space of the axillary line. When the puncture needle enters the pleural cavity, there is a clear sense of breakthrough and gas can be expelled.

Inflation method: Adopting foot pedal inflation, convenient and fast, can artificially create pneumothorax state.

Emily pneumothorax treatment model

core functionality

• Realistic anatomical structureThe model is the upper body torso of an adult male, with real anatomical landmarks such as clavicles, ribs, sternum, nipples, etc., which facilitate puncture positioning.

• Puncture trainingPneumothorax puncture decompression exercise can be performed, and the puncture position can be selected between the second intercostal space of the bilateral clavicle midline or the fourth to fifth intercostal space of the axillary line. When the puncture needle enters the pleural cavity, there is a clear sense of breakthrough and gas can be expelled.

• Inflation methodUsing foot operated inflation, it is convenient and fast, and can artificially create pneumothorax.

• durabilityThe same lung capsule can be repeatedly punctured hundreds of times, and the skin and materials are durable.

applied value

• Medical educationProvide medical students with a real training environment to help them master the operational norms of pneumothorax puncture decompression.

• Clinical trainingImprove the operational accuracy and safety of medical staff, and reduce risks in actual operations.