Mentice

Radial simulation model for interventional procedure training.

A simulation platform that converts an angio suite into a team training and skills acquisition platform for image guided interventions, seamlessly integrating Mentice simulators with world-leading angiography systems.

Virtual patient simulation system featuring training modules and objective metric-based assessment for all interventions from Neuro, Cardio and Peripheral vascular, as well as real anatomy importation.

Abdominal aorta model designed for vascular flow simulation and procedure practice.

Abdominal aorta model designed for endovascular procedure simulation.

Vascular model of the abdominal aorta for simulation and training.

Stroke training that adapts to real-world needs, from cath labs to field workshops, supporting ischemic, hemorrhagic stroke, and aneurysm procedures.

Medium-sized cartridge component for EVIAS training systems.

Cartridge component for EVIAS training systems.

Anterior communicating artery aneurysm model for neurointerventional training.

Anterior communicating artery aneurysm model for neurovascular training.

Anterior communicating artery aneurysm model for neurointerventional training.

Anterior communicating artery aneurysm model for neurointerventional training.

A learning module designed for hands-on training for critical limb ischemia, providing staged training for limb-salvaging procedures in a risk-free environment.

Hands-on training module for critical limb ischemia treatment below the knee.

Procedural learning module for image-guided interventional treatment of acute ischemic stroke.

Hands-on training module for image-guided interventional treatment of acute ischemic stroke.

Simulating ischemic stroke to facilitate innovation and training.

Combines all the necessary tools required to help deploy your Thrombus Simulant in the desired area of occlusion.

A hands-on training learning module designed for transcatheter aortic valve implantation (TAVI/TAVR) training, allowing physicians to explore deployment techniques with generic balloon and self-expandable valves in a patient-free environment.

Aortic valve model designed for structural heart procedure simulations.

Flow models for cerebral, cardiovascular, and peripheral vascular and device preparation, along with real anatomical models for patient and device planning and debriefing.

Anatomical replication system for procedural and device adoption, supporting virtual and physical flow model creation using real patient data.

Premium silicone vessels treated with a specialized luminal surface coating that replicates the genuine coefficient of friction between medical devices and human vessels.

Specialized fluid simulating blood for vascular flow and endovascular simulation systems.

Patient-specific simulation software powered by clinically proven segmentation solutions to create custom training cases and libraries.

Hands-on training module for image-guided interventional diagnostic skills in peripheral vessels.

Image-guided procedural VR trainer for clinicians and medical professionals offering a wide range of training modules and utilizing Haptic Realism technology for unmatched force range and accuracy.

Designed to replicate aortic and thoracic pathologies for the replication of endovascular procedures with optimized tactile feedback.

Our most compact flow solution for product demonstrations and training, featuring a neurovascular flow system in a lightweight backpack model.

A stationary simulation solution combining realism, ergonomics, and flexibility designed for cath lab training, team training, and realistic workflow practice.

Wireless handle optimized for TAVI, EVAR, and TEVAR procedural training, enabling users to train the deployment of stent grafts and heart valves.

Patient-specific cartridge solution designed for structural heart procedure training and simulation.

Portable Neurovascular Silicone Vessels for Device Training & Demonstration. SiMplicity models are made up of custom neurovascular vessels configured to support plates, providing a lightweight and portable design for sales training and device demonstrations.

Neurovascular model featuring a cavernous aneurysm for intervention training.

Coronary Essentials is the entry-level coronary angiography simulator in our comprehensive coronary intervention training platform designed for residents and fellows in interventional cardiology.

An advanced flow system featuring an inbuilt flow module that pulsates the 3D heart, delivering life-like hemodynamic performance.

Proprietary technology that integrates desired mechanical behavior into 3D printed anatomical twins by combining soft and rigid materials at the microscopic level.

Fundamental hands-on TEE training and screening simulator for transcatheter therapies, providing realistic real-time ultrasound simulation based on real patient anatomies.

Unique and realistic simulation solution for flow diverter deployment rehearsal for patient-specific cases.

Hands-on training simulation module for carotid artery stenting (CAS) designed to teach technical and cognitive aspects of the procedure with realistic device behavior and patient anatomies.

Made from non-biological substances with structural properties similar to human thrombus to provide reliable and consistent replication.

Hands-on training module for image-guided interventional stent grafting of the aorta.

Hands-on training module for cerebral aneurysm coiling.

Thoracic aorta model featuring a Type-I arch for cardiovascular catheterization simulation.

Proficiency-based training and assessment module for thrombectomy skills.

A fully integrated platform designed to transform neurovascular healthcare with advanced VR and physiological simulation, procedural learning cases, and a collaborative environment for training, planning, and rehearsal.

Hands-on training module for liver embolization.

Hands-on training module for renal angioplasty and management of renal artery bleeding.

Select from unlimited pre-segmented anatomies or upload your own DICOM file for patient specific segmentation.

A hands-on training software module for peripheral angioplasty, designed for physicians and medical professionals to learn fundamental interventional skills specific to peripheral artery diseases from the iliac arteries through the superficial femoral artery.

Mentice Endovascular Aortic Repair (EVAR) is a training software module designed for physicians and medical professionals involved in learning image-guided interventional management of Abdominal Aortic Aneurysms (AAAs) on a simulator.

Hands-on training module for Carotid Artery Stenting.

Hands-on training module for fibroid embolization.

Placed within all neurovascular heads and boxes to emulate the natural suspension of neurovascular vessels.

LAACS (Left Atrial Appendage Closure System) is a solution designed for practicing cardiology interventionalists and fellows for education, training, and patient-specific rehearsal.

Hands-on training module for benign prostatic hyperplasia (BPH) embolization.

Comprehensive coronary intervention training module for complex scenarios.

Radial Access for device training and development, allowing simulation of radial procedures quickly and easily.

Mentice Vascular Trauma Management is a training module designed to develop an understanding of image-guided interventional treatment methods for trauma surgeons, vascular surgeons, interventional radiologists, emergency medicine professionals, and their teams.

Procedural learning module providing hands-on training for chronic subdural hematoma treatment with MMA embolization.

Hands-on training module for closure of structural heart defects.

Realistic and comprehensive training module of the left atrial appendage occlusion procedure.

Hands-on training module for cerebral aneurysm treatment using flow diversion.

Realistic and comprehensive training module of the transseptal puncture procedure.

Patient-specific cerebral aneurysm rehearsal tool from real DICOM data, ready for hands-on simulation in 5 minutes.

Hands-on training module for cerebral aneurysm coiling.

Advanced training module for building proficiency in complex coronary interventions.

Hands-on training module for image-guided interventional treatment of intracranial artery stenosis (ICAD).

Structural heart anatomy importation software for mission rehearsal, device development, and imaging optimization.

A comprehensive and fully-guided curriculum to independently learn the fundamentals of cerebral interventions.

3D printed cartridges using a transparent material that allows for direct visualization training outside of the Cath lab.

Hands-on training module for brain Arteriovenous Malformations (AVM).

Simple 2-step method to sterilize and maintain a free-flowing fluid path within the silicone vasculature for optimal performance.

Procedural learning module for EP workflows in a risk-free environment.

Training module supporting interventionalists to transition from transfemoral to transradial access.

A mobile solution for an interactive real-time exploration into the right heart catheterization (RHC) procedure, using rendered 3D anatomy and fluoroscopy mode to simulate the cath lab environment.

Hands-on training module for radiation protection during endovascular procedures.

Clinical decision-support software for flow diverter case planning, designed to support pre-operative planning for flow diversion by modeling device sizing, placement, and expansion on patient-specific 3D angiographic data.

Hands-on training module for the treatment of resistant hypertension.

Hands-on training module for lead placement in cardiac rhythm management.

Custom research and development services for unique device, procedural, and diagnostic equipment integrations.

Cloud based solutions for remote proctoring, online curriculums and assessment.