Multilayer Technology Platform Print E-mail

Cardiatis Multilayer Technology platform is based on the patented proprietary technique of multilayer braiding of cobalt alloys to develop stents with spatial three stent.gifdimensional geometrical structures. 

The main advantage of the  3D multilayer  technology platform lies in the fact that it makes it possible to modulate hemodynamic flow within the affected arterial segment.

The multilayer stent design, by virtue of its 3D geometry, reduces flow velocity within the aneurysm vortex while improving laminar flow in the main artery and surrounding vital branches.  This allows for pressure reduction within the aneurismal sac, stasis and the formation of an organized thrombus.

The 3D multilayer technology platform can be, and have been, applied across aneurysms in many locations including cerebral, aortic (both abdominal and thoracic) or peripheral.

Concept and clinical effects of the  3D multilayer stent technology have been proven in-silico, in-vitro, in-vivo as well as clinically.

In-Silico Proof of Concept: 

CFD Study of Multilayer Stent Hemodynamics Effects in Abdominal Aortic Aneurysms

In-Vitro Proof of Concept:

Hemodynamic Effects of Cardiatis Braided Stents in Sidewall Aneurysms Silicone Models Using PIV

  In-Vivo Proof of Concept:

  Assessment of Peripheral Multilayer Stents in Pig-Model Aneurysms

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