Preclinic Upper Gastrointestinal Training Model – Medical Training & Simulation | Sysmark Bangladesh

The Respiratory Endoscope Training Model is a high-fidelity bronchial-tree simulation model developed for respiratory endoscopy intervention training. 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.

Key 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.

The Ambu Junior is a lifelike child training manikin designed for Basic Life Support training, including chest compressions, ventilation and AED pad-placement practice. It represents a child of approximately 3 years of age with a body length of 86 cm.

Key Features
• Cost efficient manikin for training of BLS algorithms
• Lifelike anatomy of a child
• Realistic training of chest compressions
• Ambu hygienic system for mouth-to-mouth ventilation
• Suitable for bag-mask ventilation
• Visible chest rise
• Airway only opens in correct head position
• Realistic placement of AED defibrillation pads for
training the use of AED
• Suitable for water rescue
• Anatomically recognizable landmarks for correct hand placement.
• Realistic airway resistance during ventilation training.
• Visible chest movement during effective ventilation.
• Hygienic training system designed to reduce cross-contamination.
• Closed torso suitable for AED pad-placement practice.
• Lifelike child-sized design.
• Waterproof construction for relevant water-rescue training scenarios.
• Designed for repeated BLS education.