Whole body anatomical model

uterusrespiratory systemcirculatory system

Product Overview
The surgical simulation models from Preclinic Medtech are designed from clinical imaging data (CT, MRI, 3DRA) and produced using 3D printing and advanced manufacturing techniques. Models reproduce realistic anatomy and tactile feedback and can include patient-specific silicone vasculature for endovascular procedures, as well as anatomical constructs for natural-lumen endoscopy and surgical practice.

Software & Training Support
Products are supported by integrated software for real-time data analysis, procedural feedback and tailored training recommendations. The platform supports multi-user collaboration, synchronized practice sessions and is compatible with evolving soft-simulation technologies to serve clinical training, device R&D validation and procedural assessment.

Types of Models in Simulation

• Neurovascular Operation Training Model - Type A
• Coronary Artery Simulation Model
• Lower Extremity Artery Simulation Model
• Bronchoscopy Training Model
• Colonoscopy Training Model
• Urological Endoscope Training Model
• Hysteroscopy Training Model
• Neurovascular Operation Training Model - Type B
• Neurovascular Operation Training Model - Type C
• Reusable Bronchoscope for Training
• ENT Endoscopy Training Model
• Anatomical Model of Intracranial Arterial Vessels
• Laparoscopic Surgery Skill Training Simulator
• Gastroenterology Category
• Hysteroscopy Intervention Training Model (simplified version)
• Intracranial-Femoral Operation Vein Model
• Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model
• Upper Gastrointestinal Training Model
• Coronary Training Model - A (Circular version)
• Endobronchial Therapy Training Model
• Urological Endoscope Training Model (Acrylic version)
• Training Model for Laparoscopic Surgery Robot - Type A
• Anatomical Model of Intracranial Venous Vessels
• Exhibition Category
• Full Body Vascular Simulation Models
• Modular Whole-body Vascular Model
• Posterior Cerebral Circulation Vessel Model
• Endobronchial Ultrasound (EBUS-TBNA) Training Model
• Arterial Aneurysm Model
• Coronary Training Model - B (Pulse version)
• Coronary Training Model - C (Immersion version)
• Upper Limb Arteriovenous Fistula Model
• Training Model of Percutaneous Nephrolithotomy Ultrasound Puncture
• Lower Limb Arteriovenous Model
• Prostate Endoscopy Training Model
• ERCP Training Model
• Spinal Endoscopic Training Model
• Gynecology Category
• Left Atrial Appendage Training Model
• Internal Medicine Thoracoscopic Training Model
• Atrial Septal Puncture Operation Training Model - A (Static version, includes replaceable atrial septal puncture film)
• Lung Nodule Puncture Model
• Atrial Septal Puncture Operation Training Model - B (Dynamic version, includes replaceable atrial septal puncture film)
• ECMO Training System
• Respiratory Interventional Surgery Training Kit
• Ultrasound Cardiac Training Model
• AI Bronchoscopy Virtual Simulator - Cart Version
• F2394-X2.4 Standard Test Vessel Model
• AI Bronchoscopy Virtual Simulator - Portable Version
• F2394-X2.2 Standard Test Vessel Model
• Planar Left Coronary Vessel Model (Radial Artery Approach)
• Planar Left Coronary Vessel Model (Aortic Approach)
• IPSIM Virtual and Real Bronchoscopy Simulator
• Ordinary Silicone Lesion Module
• Tracheotomy Training Module
• EBUS-GS Training Module
• Standard Bronchial Module
• Narrowing Bronchial Module
• EBUS-TBNA Training Module
• Bronchial Treatment Module
• Large Flow Pulsation Pump
• Pulsating Pump - Type A
• Pulsating Pump - Type C
• High Flow DC Pump
• Fluid Pressure Tester
• Blood Stain (simulation accessory)
• Cardiac Veins Simulation Model (Pacemaker Electrode Implantation)
• EBUS-GS Training Model
• Training Model for Shoulder Arthroscopy Surgery
• Training Model for Knee Arthroscopy Surgery
• Others (various)

Technical Specifications

• Design basis: clinical imaging data (CT, MRI, 3DRA)
• Manufacturing technologies: 3D printing and advanced manufacturing methods
• Source data: patient-specific scans/designs, literature values, or STL files
• Materials/features: patient-specific silicone vasculature for endovascular simulation; anatomical models for natural-lumen endoscopy and surgery
• Software support: real-time data analysis, procedural feedback, personalized training suggestions
• Training capabilities: multi-user collaboration and synchronized virtual practice
• Product positioning: surgical simulators and high-fidelity medical models for clinical training, device R&D testing and market demonstration