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Respiratory Endoscope Training Model

This bronchial tree model is mainly made of soft silica gel, which is used for surgical training related to interventional diagnosis and treatment of respiratory endoscopy, performance tests, and function demonstration of surgical instruments. Surgical instruments involved include a laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy forceps, brush forceps, and other instruments.

Specification of Respiratory Endoscope Training Model

Features	Composition: Fixed model part: head model, tracheobronchial model, and base. Realistic Tissue Texture: The Endo Sim features highly realistic tissue textures, providing a lifelike tactile experience for trainees. Replaceable model part: simulating foreign bodies. Procedure: Laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy, brush examination. Other characteristics: This bronchial tree 3D model is designed based on adult lung CT data and made of soft silica gel material. The branches of the oral cavity, nasal cavity, throat, and bronchial model are highly close to the relevant anatomical structures of the human body, and the operation feel is realistic
PN	MODEL: PLHX1002
Main Material	Highly soft silica gel, hardness:18A~30A
Product Size	Model length: 68 cm (26.8in)
	Model width: 40cm (15.7 in)
	Model height: 35 cm (13.8 in)
Lead Time	15 days
Origin	Shanghai, China

Product Component

The respiratory endoscopy intervention training model includes silicone scalp, nasal cavity, oral cavity, larynx, airway, and five-segment bronchi

Product Features

Features:

It is used for performance testing, functional demonstration, and training of interventional devices such as laryngoscopes, bronchial flexible/rigid scopes, and airway biopsy instruments, helping trainees master standardized skills and operational essentials of bronchoscopy;

Usage characteristics:

1. Highly simulates the anatomical structure and operational texture of the human trachea, including the nasal cavity, oral cavity, larynx, airway, and five-level bronchi, allowing for operational practice of instruments within the tracheal cavity;

2. The head can be adjusted to any angle up and down, left and right, restoring the real human head rotation state and meeting the needs of simulation training under different angle conditions.

Drawing of Respiratory Endoscope Training Model

Main Dimensions of Respiratory Endoscope Training Model

Design drawing