XC-407 Human Trachea Intubation Model

Advanced simulation model for training healthcare professionals in neonatal endotracheal intubation procedures. This model is essential for emergency resuscitation and general anesthesia training in neonatal care.

High-fidelity simulator for anesthesia professional education and procedural training. Provides realistic anatomical features for practicing anesthesia techniques and airway management.

A training model based on 3D human anatomical data that simulates the human bronchial tree structure, reproducing up to 4 levels of bronchial branching. The bilateral bronchi feature semi-enclosed and semi-transparent design enabling both visualization and closed training modes to accommodate different skill levels. It is compatible with any real fiber bronchoscope available on the market for operation and exploration training, supporting procedures such as suctioning and foreign object removal. The model is reusable with low operating costs and offers high portability with no special storage requirements.

Realistic anesthesia laryngoscope for airway intubation training. Supports standard oral and nasal intubation techniques with pressure alarm feedback and performance monitoring.

Model BIX-J550. An interactive airway intubation training model featuring tablet computer integration and wireless technology for teaching endotracheal intubation procedures.

Reconstructed from real human anatomical data using 3D modeling technology, this model features the esophagus, stomach, and partial duodenum formed from high-polymer simulation materials.

Educational model displaying pulmonary anatomy and respiratory structures. Supports clinical training in respiratory assessment.

An anatomical model of the human torso displaying organ systems and structures. Used in medical education for visceral anatomy training.

Educational model displaying human anatomical structures for medical training. Supports student learning and clinical education programs.

A transparent facial model displaying vessels and nerves for injection training education. Enables visualization of anatomical structures during needle placement practice.

Anatomical training model for ultrasound scanning technique development and operator education. Simulates human tissue characteristics.

Made from high-polymer simulation material that realistically reproduces intestinal texture and tactile properties, allowing training in intestinal anastomosis procedures with various suturing methods including end-to-side, end-to-end, and side-to-side techniques.