Tranavi Microcatheter embolization is a minimally invasive procedure used to treat various conditions such as cerebral aneurysms, vascular malformations, and tumors. It involves inserting a thin, flexible catheter through a small incision in the groin or wrist and threading it through the blood vessels to the site of the problem. Once the catheter is in place, tiny particles or coils are delivered through it, which block the blood flow to the affected area. This stops the blood supply to the abnormal blood vessels or tumor, causing it to shrink and eventually die off. Microcatheter embolization is often performed under local anesthesia and has a short recovery time compared to traditional surgery. It also has fewer risks and complications, making it a preferred treatment option for many patients.

Neurosafe's Microcatheter embolization is TranaviTM microcatheter. It is designed to maximize flexibility and strength. Microcatheters combine a proprietary tapered coil and lubricious coating with an integrated tip. These unique design offer a better penetration support and deliverability, potentially leading to fewer complications, reduced procedure times, and better patient outcomes. The atramatic distal tip is particularly useful during intricate and delicate procedures where precision is critical. Its design allows for the smooth entry of the catheter into the vessels without any damage to the arteries. This feature ensures that the patient experiences less pain during the procedure and recovers faster after the treatment. TranaviTM Microcatheters also feature anatomically defined flexible zones that allow for optimal responsiveness and maneuverability. These zones are specifically designed to be more flexible than the rest of the catheter, providing ease of movement in complex anatomical regions. These zones allow for easier passage through tortuous vessels and enable physicians to reach the target area accurately. The hybrid structure of coil and braiding in microcatheter design provides a perfect balance between flexibility and pushability. The braid enhances the catheter's ability to guide through complex anatomical structures while the coil provides strength, allowing for better pushability. The combination of these two materials ensures that the catheter provides exceptional navigation with minimal resistance through the vessels and results in increased success rates. Another important feature of microcatheters is the shapeable tip, which enables physicians to adjust the catheter tip according to the therapeutic needs. This feature ensures that the catheter's navigation is seamless and precise in hard-to-reach areas and makes it possible to achieve better treatment outcomes. The shapeable tip also allows for customized procedures, where the catheter can be shaped into various structures to navigate comfortably through the cornered vessels.