Catalog-silicon vascular model-Preclinic2023
20Pages

Cardiovascular and cerebrovascular intervention simulation model Accelerate the pace of medical innovation with simulation Preclinic Medtech(Shanghai)Co.,Ltd

Company Profile Founded in 2017, Shanghai Preclinic Medtech Co., Ltd. was established by medical experts and engineers with abundant experience in theory and practice of combination of medicine and engineering. It is a high-tech enterprise specialized in the design, development and manufacture of high-simulation models, surgery training simulators and other devices. In adherence to the concept of technical innovation and customer service, the company is dedicated to providing professional simulated medical products for medical professionals’ R&D tests, scheme demonstration and skill...

Human vascular intervention training model Peripheral vascular intervention model P-04 Human vascular vessel simulation circulation system P-13 Lower Extremity Artery Simulation Model P-13 PART 2 Intracranial Vascular Model P-06 Intracranial Vascular Model-type A P-06 Intracranial Vascular Model-type B P-07 Anterior Cerebral Circulation Vessel Model P-07 Posterior Cerebral Circulation Vessel Model P-07 Aneurysm model P-07 Intracranial Femoral Vein Model Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model Supporting devices P-14 Cardiac hemodynamic simulation device P-14...

Human vascular circulation simulation system Human vascular intervention training model T he over all pro duc t housing as sume s a transparent humanoid design. The vascular model is reconstructed based on real CT/ MRI data and integrates main arteriovenous vessels of the human body. The vascular model is made of flexible and transparent silica gel materials, with vivid details and high simulation. Its overall circulation loop design guarantees that the simulated blood circulates within the vascular model under the integrated control of a biomimetic pulsatile pump. The model can simulate...

Main components A. Main head and neck arteries involved by neurointervention: Anterior cerebral artery, middle cerebral artery, posterior cerebral artery, anterior communicating artery, posterior communicating artery, basilar artery, vertebral artery, internal carotid artery, external carotid artery, common carotid artery, facial artery; Human vascular intervention training model B. Main coronary arteries involved by coronary artery intervention: Left coronary: 1. Anterior descending artery, 2. Circumflex branch, anterior left ventricular branch, obtuse marginal branch, posterior (left...

Product function It is applicable to performance test, functional demonstration and training of intervention devices, such as neurological guidewire, catheter, filter stent, spring coil and stent. Replaceable parts Middle cerebral artery, vertebral artery Intracranial Vascular Model B PLXG1002B Main material Main material Highly transparent soft silica gel, hardness: 30A Intracranial Vascular Model Intracranial Vascular Model A PLXG1002A Highly transparent soft silica gel, hardness: 18A Main components It contains cerebral arteries, such as anterior and posterior middle arteries, basilar...

Planar intracranial vascular model Intracranial Vascular Model Anterior Cerebral Circulation Vessel Model Aneurysm model Posterior Cerebral Circulation Vessel Model Main components Main components Main components Carotid artery, anterior cerebral Vertebral artery, basilar artery, Carotid artery and hemangioma artery, middle cerebral artery posterior cerebral artery Product function Product function Product function Test, train and demonstrate carotid artery aneurysm posterior cerebral circulation Main material Te s t a n d d e m o n s t r a t e t h e traf f icabilit y of the devices in...

Coronary Artery Simulation Model Cardiovascular and cerebrovascular intervention model Product function Femoral artery, thoracoabdominal aorta and main coronary branches Replaceable parts Anterior descending branch, diagonal branch, left and right limbal branches Product function It is applicable to performance test, functional demonstration and training of coronar y ar tery intervention devices, such as cardiological coronary guidewire, catheter, stent and rotator Main material Highly transparent soft silica gel PLXG1003 TAVR Simulation Model Main components Femoral artery, iliac artery,...

Cardiac Intervention Simulation Model Cardiovascular and cerebrovascular intervention model Main components Superior and inferior vena cava, thoracoabdominal aor ta, femoral vein, femoral artery, main body of heart (including left/ right ventricle, septum at oval foramen, pulmonary artery, valves, atrial appendage) Product function It is applicable to performance test, functional demonstration and training of cardiac intervention devices, such as pacemaker, electrophysiology, atrial septal puncture. Main material Highly transparent soft silica gel Right Cardio-Pulmonary Artery Simulation...

Cardiac Veins Simulation Model pacemaker electrode implantation） （ Cardiovascular and cerebrovascular intervention model Main components Jugular vein, subclavian vein, superior vena cava, main pulmonary artery, coronary vein, right ventricle, right atrium, inferior vena cava, iliac vein, femoral vein Replaceable parts Right ventricle, right atrium and coronary veins are replaceable as a whole Product function It is applicable to performance test, functional demonstration and training of cardiac intervention devices, such as cardiac pacemaker, electrophysiology, atrial septal puncture. Main...

Transseptal Puncture Vessel Model Cardiovascular and cerebrovascular intervention model Main components Left atrium, right ventricle, pulmonary vein, right atrium, inferior vena cava, femoral vein, mitral valve, fossa ovalis, etc. Replaceable parts Atrial septal puncture radiograph Product function It is applicable to test and demonstration of a femoral mitral valve repair device and transcatheter mitral valve clamp surgery. Main material Highly transparent soft silica gel Planar vascular model F2394-X2.2 Standard Test Vessel Model PLJTXG-002 F2394-X2.4 Standard Test Vessel Model PLJTXG-001