Neurovascular Devices
CAMOUFLAGE™ SURFACE COATING FOR NEUROVASCULAR DEVICES
Neurovascular procedures involve the intricate treatment of conditions affecting the blood vessels in the brain and spinal cord, such as aneurysms, stroke, and arteriovenous malformations. These procedures require highly specialized medical devices that come into direct contact with blood in highly sensitive tissues, making hemocompatibility and biocompatibility critical factors.
Smart Reactors’ Camouflage™ coating technology significantly enhances neurovascular devices by reducing thrombosis and inflammatory response while promoting endothelial cell growth. Camouflage™ implant coating minimizes the risk of blood clot formation and inflammation, common complications that can hinder the success of neurovascular interventions.
When applied to flow diverters, Intracranial stents, endovascular shunts, and other neurovascular devices, Camouflage™ implant technology ensures smoother interactions with blood vessels and surrounding tissues. This not only reduces the likelihood of complications but also improves the performance and longevity of the devices, leading to more effective and safer treatments.
As an advanced implant surface coating, Camouflage™ coating technology not only improves hemocompatibility but also supports Endothelialization (endothelial cell growth), contributing to enhanced implant performance and a reduced risk of inflammatory response/coagulation cascade.
By incorporating Camouflage™ biocompatible coating into neurovascular devices, healthcare providers and suppliers can enhance patient outcomes, offering safer and more reliable solutions for treating neurovascular conditions.
Figure 1. SEM (600x) of NiTi flow-diverter coated with Camouflage “V” uncoated- 60mins chandler Loop.
Fig 2. Uncoated nitinol flow diverter (a) and Camouflage™ coated nitinol flow diverter (b) following blood exposure. B shows reduced thrombus deposition compared with A.
