Chest Tube Insertion Simulator

Simulator for thoracostomy tube placement procedure training. Provides anatomically correct rib spacing and pleural anatomy.

Medical simulator designed for practical training of tracheal intubation procedures with visualization of the airways. Used for professional training and clinical simulation in healthcare settings.

Training device for urinary and vascular catheter insertion practice. Provides anatomically accurate models for developing insertion techniques and patient care procedures.

Neonatal airway management simulator featuring realistic anatomical landmarks, soft skin texture, and articulated structure for endotracheal intubation training.

Geriatric torso simulator designed for training in cardiopulmonary resuscitation (CPR) and orotracheal intubation procedures. Intended for professional training and clinical simulation in healthcare education.

Training device for intravenous line insertion practice with realistic veins and tissue. Allows safe, repeated practice of peripheral IV catheter placement.

Training device for endotracheal intubation and airway management procedures including oral and nasal airway insertion. Features pressure sensing capabilities and audible feedback for accurate technique evaluation.

Training and simulation equipment used for education and practice of airway management and medical procedures.

Simulation system for endoscopy procedure training and skill development. Provides hands-on training without patient risk. Includes realistic models and procedural feedback mechanisms.

Portable version of the bronchoscopy surgical training simulator designed for flexible deployment in various training environments. Combines virtual reality technology with physical simulation for realistic bronchoscopic procedure training.

A virtual reality-based surgical training simulator specifically designed for bronchoscopy procedure training and skill development.

A high-fidelity bronchoscopy surgical training simulator based on clinical CT data with internal visual reproduction and hybrid virtual-reality technology. It provides clear operational imaging and tactile feedback similar to clinical operations, enabling standardized training for young bronchoscopy physicians with realistic anatomy, proper diagnostic thinking, and procedural techniques while significantly reducing the learning curve.