Training model for closed thoracic drainage

The closed thoracic drainage training model is a specialized teaching aid for clinical skills training, aiming to help learners master the key steps and standardized procedures of closed thoracic drainage operations

Functional features

1: The electronic standardized patient is placed in a sloping position, with a soft texture, a realistic touch, and a lifelike appearance.

2: The anatomical structure is accurate, with the clavicle, sternum, various ribs and intercostal Spaces clearly palpable.

3: Mechanical breathing apparatus: Electronic standardized patients have spontaneous breathing, and respiratory movements can be seen in the chest and abdomen.

4: (Bilateral) the second anterior intercostal space along the midclavicular line, and (bilateral) the fluid front or the fifth intercostal space along the fluid midline can respectively perform drainage tube placement, and it can be observed that the fluid level in the water-sealed bottle fluctuates up and down with breathing.

5: Postoperative care training for drainage tubes is feasible.

The model is designed based on the anatomical structure of the human thorax, marked with the relative positions of the ribs, intercostal Spaces, and the lungs and pleural cavity. Some parts are made of simulated skin and soft tissue materials, which can simulate the real feel of incision, layered blunt separation and intubation into the chest. Students can repeatedly practice the entire process of thoracentesis positioning, catheter placement, fixation and connection with water-sealed bottles on the model, and intuitively understand the principle and indications of negative pressure drainage.

In teaching, this model can effectively reduce the operational risks during the clinical internship stage, avoid unnecessary damage to patients, and at the same time help trainees establish aseptic concepts and emergency response capabilities. Its detachable and easy-to-clean features make it convenient for reuse and assessment. The training model of closed thoracic drainage not only plays a significant role in medical education, but is also widely applied in first aid training, skills competitions and scientific research demonstrations, demonstrating remarkable practical value.