Features
The Inhaled Foreign Body Trachea is a clinical-grade 3D printed anatomical model designed for medical professionals and educators. It accurately replicates an airway obstruction caused by an aspirated object, making it an essential tool for teaching and training. This model helps users visualise complex respiratory emergencies and enhances clinical understanding of foreign body aspiration cases.
Immersive Airway Obstruction Education with the Inhaled Foreign Body Trachea
Enhance your curriculum or medical training with the Inhaled Foreign Body Trachea. Crafted to display a real pathological specimen, this model showcases the lower trachea, main bronchi, and a dramatic example of bronchial obstruction—depicting an impacted vertebra at the left upper lobe bronchus. Medical professionals, students, and simulation instructors benefit from the life-like representation of airway collapse, pneumonia development, and pleural changes. This detailed model enables effective demonstration of inhaled foreign bodies, risks, symptoms, and related respiratory complications. Bring real-world pathology into the classroom for maximum instructional impact.
Features and Benefits
- 3D printed using clinical-grade materials for exceptional accuracy
- Depicts lower trachea, main bronchi, sliced left upper lobe
- Illustrates airway obstruction with an impacted foreign body
- Displays consequences including lobar collapse, pneumonia, empyema, and fibrinous exudate
- Ideal for medical education, training, and simulation exercises
- Suitable for presenting risk scenarios in airway management courses
- Durable design for repeated hands-on use
Indications for Use
- Medical and anatomy education
- Clinical training on foreign body aspiration
- Simulation of airway obstruction emergencies
- Demonstrating pathological changes following aspiration
Size Guide
- Single model, life-sized accurate representation
- Exact anatomical proportions of adult trachea and bronchi
- Specimen includes lower trachea, main bronchi, and left upper lobe structures
