This urological endoscopic training model is designed based 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, it is suitable for medical education and skills training.
The Lower Airway Simulation Model (RT-L001) is a physical bronchial anatomy model designed for flexible bronchoscopy examination and training. The model represents a fifth-generation bronchial tree, accurately reconstructed from clinical CT imaging data to replicate realistic lower airway anatomy.
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 breathing 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.
This product is a prostate simulation model designed for urological endoscopic training. The degree of prostatic stricture can be customized according to specific requirements. It is compatible with balloon catheters, rigid cystoscope sheaths, and rigid cystoscopes, supporting complete procedural training from the external urethral meatus to the bladder. The anatomical structure and material properties are developed based on real human anatomy and clinical data, making it suitable for clinical training, skills assessment, and device validation.
For prostate biopsy training via the transperineal or transrectal approach, please contact us for customization.
FAQ
1. Why is silicone used as the vascular material?
Answer: Our independently developed silicone has physical properties similar to those of human tissue.
2. Is the silicone model safe? Could it cause allergic reactions?
Answer: Our independently developed silicone material is biologically inert, low in irritation, and has minimal allergenic potential. It generally does not cause common allergic reactions. In case of rare reactions due to individual sensitivities, please seek medical attention promptly.
3. Can specifications be customized (diameter, length, shape)?
Answer: We offer customization services to meet the requirements of training, simulation, or device testing. Clients can provide specification parameters, CT data, or samples to facilitate customization.
4. How should it be properly stored and used?
Answer: Silicone models may age, fading, or crack when exposed to light, heat, or oxidative environments over time. It is recommended to avoid high temperatures, strong light, oxidative environments, and UV exposure, and to regularly check their condition. Replace the model if any abnormalities are observed, and ensure proper storage to extend the material’s service life.