Pilot 3:
Bench-top Simulation for Stroke Devices
“We are designing standardized bench-top models that mimic eurovascular conditions using utilising a range of fabrication techniques including 3Dbioprinting. This gives opportunities for the implementation of a clinically relevant NAM to support thrombectomy device development.”
Atlantic Technological University, Medical & Engineering Technologies Centre
About the pilot
- Validates mechanical neuro-thrombectomy technologies using standardized bench-top simulations
- Replicates clot–vessel wall adhesions with 3D-bioprinted materials
- Ensures geometrical and mechanical compliance of simulation models
- Establishes guidelines for clot analogue fabrication and characterization
- Simulates physiological flow, pressure and temperature in AIS scenarios
Objective
- Offer clinically relevant alternatives to animal testing in MedTech product development
- Provide extensive training possibility to significantly reduce the amount of needed animals when performing the tests
Participation
- Validate in realistic stroke models Test your thrombectomy devices in standardized, clinically relevant benchtop systems.
- Accelerate product development Use reproducible simulation results to refine designs faster and cut R&D timelines.
- Strengthen your market pitch Showcase independent validation as proof of performance for customers and investors.
Target Group: Medtech enterprises/SMEs and research organisations
including universities and institutes developing vascular or thrombectomy
technologies, willing to participate in design input, validation protocol review and
device performance testing.
About the pilot lead
Atlantic Technological University (ATU) hosts the ISO 9001-accredited Medical and Engineering Technologies (MET) Gateway, supporting R&D in MedTech, Life Sciences, Engineering, Food, Beverage and Sports. Internationally recognised, MET works with clinical and industrial partners in medical imaging, anatomical modelling, physiological replication, design optimisation, tissue engineering, biofabrication and innovations in nutrition and sports technologies.
For more information, click here: Atlantic Technological University
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