The RenovaTM Endovascular Coiling Cerebral Aneurysm is a minimally invasive technique performed to treat brain aneurysms. The goal of the treatment is to block blood flow into the aneurysm and therefore reduce the risk of aneurysm rupturing.

A catheter guided by a wire is inserted through the femoral artery at the groin and threaded all the way to the affected brain artery. The guide wire is removed. A micro-catheter carrying a soft coil is introduced inside the initial catheter and is navigated into the aneurysm opening. The RenovaTM Endovascular Coiling Cerebral Aneurysm is then deployed into the aneurysm sac. It may take several coils to fill the aneurysm. The coils induce blood clotting inside the aneurysm and seal it off from the artery. The product features an open-loop structure that enables optimal coil deployment and placement during the procedure. The open structure ensures that the coil conforms to the shape of the aneurysm, thereby reducing the risk of coil compaction or migration over time. The product's design enables the complete filling of the aneurysm with the coil, providing a robust seal against blood flow. Additionally, the product has an open center design that allows for the delivery of devices such as microcatheters or guidewires directly through the coil during the procedure. This design feature enhances the precision and accuracy of the coil deployment process, increasing the likelihood of successful aneurysm treatment. The product's unique design also incorporates a relatively short detachment zone, which enables faster and more efficient coil detachment. This feature is vital as it reduces the time required to complete the procedure, enhances the patient's recovery time, and increases overall procedural safety. Moreover, the product's deployment system includes an instant mechanical detachment system that provides the necessary force to remove the coil from the delivery system during the procedure. This system ensures that the coil is placed with optimal positioning, reducing the risk of complications such as coil migration or embolization.