Medical Simulation Technology

Simulation That Behaves Like the Patient

High-fidelity medical simulation needs two things: anatomy that is dimensionally true, and physiology that moves. Zlinemed’s simulation technology platform delivers both — silicone anatomical models reconstructed from clinical CT imaging data, driven by programmable pump systems that reproduce pulsatile circulation and physiological breathing.

Medical device companies use these platforms to test and demonstrate products under repeatable, lifelike conditions. Hospitals and training institutions use them to build endoscopic, endovascular, and image-guided procedure skills before trainees reach the patient.

Core Technologies

CT-Data-Driven Anatomical Modeling

Every anatomy — from a fifth-generation bronchial tree to a full-body arterial system — is reconstructed from clinical imaging data, preserving true inner lumen dimensions in millimeters. Custom anatomical models can be developed from customer-provided CT data, specifications, or physical samples.

Transparent Silicone Material Technology

Our independently developed transparent silicone mimics the elasticity and flexibility of human vessels and tissue while providing high transparency, so instruments remain fully visible throughout a simulated procedure.

Physiological Drive Systems

Programmable pumps supply the physiology: the cardiac pulsatile pump CS-S001 generates adjustable pulsatile flow (20-220 beats/min, up to 2000 mL/min), and the simulated respiration pump RT-BR001 drives realistic organ motion with configurable rate, tidal volume, and waveforms.

Product Families

• Silicone vascular models — full-body systems, aortic and cerebral anatomies, and plate-type mock vessels for device testing and endovascular training.
• Endoscopic training models — urology models (US-M001, US-P001) and airway/thoracic models (RT-L001, RT-BR001) for procedural skills training.
• Simulation pump systems — cardiac pulsatile and respiratory drive units that turn static anatomy into dynamic simulation.

From Catalog Models to Custom Platforms

Standard models ship as documented, repeatable training platforms. When your protocol needs something specific — a particular lesion geometry, a stricture level, an anatomy matched to your imaging data — our engineering team builds it from your CT data or specifications. For complete training-lab configurations, see medical simulation systems for surgical training, or contact us to discuss requirements.