Gastric Model (Class IV)

Class III implantable device for endoscopic gastric treatment of obesity. Subject to rigorous clinical evaluation and post-market surveillance protocols.

Models for teaching nasogastric tube insertion and gastric catheterization procedures. Provides realistic anatomical structures for safe procedural skill development.

Model BIX/H80. A transparent training model specifically designed for gastric lavage (stomach washing) procedure practice, allowing visualization of techniques.

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.

An integrated high-fidelity simulation model for gastroenterology endoscopic procedures combining stomach and intestine anatomy. It enables realistic training for gastrointestinal endoscopic diagnostic and therapeutic techniques.

Constructed from high-polymer simulation material with realistic intestinal and complete gallbladder structures, enabling training in robotic surgery and laparoscopic choledochojejunostomy procedures.

Anatomically precise 1:1 scale surgical training models with organ-specific morphological characteristics, density parameters, and biomechanical properties matching human tissue. Designed for advanced surgical skill development in complex procedures including cutting, suturing, and vascular anastomosis.

Anatomically accurate representations of the human stomach for medical education in gastroenterology. These models aid in understanding digestive organ structure and function.

Multi-material surgical training models with tissue-mimetic properties providing realistic cutting and suturing feedback. Designed to closely replicate the biomechanical behavior of actual human tissue during surgical procedures.

A surgical training model designed to simulate realistic surgical conditions including bleeding, tissue stretching, and suturing resistance, providing an immersive training experience for surgical skill development.

Highly realistic cardiac anatomical models with biomechanical properties matching human heart tissue. Designed for training surgeons in complex cardiac surgical techniques with tactile feedback simulating actual clinical conditions.

A 3D-printed surgical training model for pancreatic-jejunal anastomosis procedures. It provides realistic simulation of complex pancreatic surgery anastomotic techniques.