Endoscope flushing pump

for medical simulationhemodynamic simulationelectric

Overview
The medical simulation models from surgical simulator manufacturer Preclinic Medtech are designed from clinical imaging data and produced using 3D printing and advanced manufacturing techniques. Models reproduce detailed anatomy and realistic instrument feel for surgical, endovascular and endoscopic training. Products can be created from patient-specific scans or designs (CT, MRI, 3DRA), STL files or literature values and may include patient-specific silicone vasculature and anatomical modules for endoscopy and operative rehearsal.

Software & Training Support
Preclinic Medtech supplies software support for real-time data analysis, procedural feedback and personalized training recommendations. Systems support multi-user collaboration for shared practice sessions and concurrent training in virtual or physical environments. Solutions integrate with curricula, enable performance assessment, and support R&D and device validation workflows.

Representative model / product types shown on this page

• Neurovascular operation training model - Type A / B / C
• Lower extremity artery simulation model
• Bronchoscopy training model and bronchial modules (standard, narrowing, treatment, pediatric)
• Colonoscopy training model
• Urological endoscope training model (including acrylic version)
• Hysteroscopy training model / hysteroscopy intervention training model
• Laparoscopic surgery skill trainer and robotic laparoscopic training model
• Coronary training models (A circular version, B pulse version, C immersion version)
• ECMO training system
• Pulsating pumps and flow pumps (e.g., large flow pulsation pump, Pulsating pump - Type A / C, High flow DC pump)
• Fluid pressure tester
• Full-body & modular whole-body vascular simulation models
• Various lesion modules (electroresection gel lesion, cryoablation gel lesion, ordinary silicone lesion)

Characteristics / Technical specifications

• Brand: Preclinic Medtech
• Page type: Product / listing of model types (category overview)
• Design data sources: Patient-specific scans or designs (CT, MRI, 3DRA), literature values, or STL files
• Manufacturing technologies: 3D printing and advanced manufacturing methods
• Materials & anatomy: Patient-specific silicone vasculature for endovascular simulation; anatomically accurate lumen models for endoscopy and surgical practice
• Training features: Real-time data analysis, procedural feedback, personalized training suggestions
• Collaboration: Supports multi-user collaboration for simultaneous training sessions
• Applications: Endovascular simulation, endoscopy training, surgical skills training, R&D and device testing
• Customization: Patient-specific and bespoke models available