Endoscopic Training Models for Urology and Airway Simulation

Endoscopic Skills, Practiced on Realistic Anatomy

Endoscopic and image-guided procedures demand hours of hands-on practice before a trainee ever touches a patient. Zlinemed’s endoscopic training models provide that practice on anatomy reconstructed from clinical CT imaging data — in durable silicone that supports fluid infusion, repeated instrument passes, and realistic tissue feedback.

Urology Endoscopic Training Models

Male Urinary System Model US-M001

Designed on realistic anatomical structures for urethral and bladder examination and basic procedural training. It supports water infusion to simulate a urine environment and allows placement of simulated stones for lithotripsy and stone retrieval practice. Compatible with mainstream endoscopic instruments. See the full US-M001 specification.

Prostate Simulation Model US-P001

A prostate simulation model for urological endoscopic training with customizable degrees of prostatic stricture. Compatible with balloon catheters, rigid cystoscope sheaths, and rigid cystoscopes, it supports complete procedural training from the external urethral meatus to the bladder. See the full US-P001 specification.

Airway and Thoracic Simulation Models

Lower Airway Simulation Model RT-L001

A physical bronchial anatomy model designed for flexible bronchoscopy examination and training. The model represents a fifth-generation bronchial tree, reconstructed from clinical CT imaging data to replicate realistic lower airway anatomy. Manufactured from silicone selected for medical simulation use, it provides realistic geometry, flexibility, and internal lumen dimensions suitable for bronchoscopic navigation and procedural demonstration (see RT-L001 dimensions in the specifications table below).

Lung Nodule Surgery Model RT-BR001

This model comprehensively replicates the key anatomical structures of the thoracic cavity and upper abdomen, including dual lungs (flexible silicone airbag structure), visible and palpable rib positioning structures, the heart, diaphragm, and liver. It is suitable for image-guided puncture training under dynamic conditions and related technical validation.

When used with a simulated respiration pump, the respiratory rate and tidal volume can be adjusted to realistically simulate visceral motion under natural breathing conditions. The puncturable liver region (customizable with tumor modules) is made of polymer material, allowing repeated punctures while providing excellent imaging performance and realistic needle feedback.

Why Train on Physical Models?

• Repeatable anatomy — every trainee practices the same case; every assessment is comparable.
• Real instruments — the models are compatible with the endoscopes, catheters, and needles used clinically.
• No imaging dependency — transparent materials let instructors see exactly what the trainee is doing.
• Customization — pathology modules, stricture levels, and custom anatomical models can be developed from customer-provided CT data via our medical simulation technology platform.