Right Hemicolectomy Trainer (Class II)

Virtual endoscopy trainer for colonoscopy procedures and polyp detection. Simulates anatomical variations and pathological findings.

Specialized trainer for emergency airway procedures and surgical airway management. Provides realistic neck anatomy for developing surgical skills.

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.

Specialized trainer for urinary catheterization and catheter management procedures. Provides anatomically accurate models for skill development.

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

Specialized trainer for perineal assessment and episiotomy repair techniques. Provides realistic tissue models for obstetric laceration management.

A training model for practicing superficial tumor removal procedures with realistic anatomical structures.

Advanced surgical simulation models for training general and specialized surgical procedures. These devices provide realistic anatomical structures for practicing surgical techniques and improving procedural competency.

Made from high-polymer simulation material, this model simulates abdominal skin and local jejunum for practicing bowel stoma fixation and suturing techniques.

Hands-on training module for developing laparoscopic surgical skills. Includes models for practicing basic techniques and complex procedural steps.

Trainer for epidural catheter insertion and neuraxial anesthesia procedures. Provides anatomical models for developing placement techniques.

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.