Tranavi delivery microcatheter is commonly used in neurointerventional procedures such as the treatment of intracranial aneurysms, arteriovenous malformations, and stenosis. These procedures require a high level of precision, and microcatheters allow the physicians to reach the target areas with minimal damage to surrounding tissues.It can also be used to treat peripheral vascular diseases such as deep vein thrombosis, peripheral artery disease, and varicose veins. They are ideal for accessing small and delicate blood vessels that are difficult to reach using conventional catheters.

TranaviTM delivery microcatheter is a type of miniature catheter used for a variety of medical applications. The micro catheters have a diameter of less than one millimeter and are made from flexible materials that allow them to navigate even the most intricate structures of the body. Microcatheters have a high level of traceability which is essential in medical procedures. It is designed with radiopaque markers that enable them to be easily visible under fluoroscopy. This makes it easier for the doctor to track the movement of the microcatheter within the patient's body. In addition designed to provide support to the guide wire and the distal tip. It is made of high-quality nitinol, which provide a strong and resilient support structure. The diameter of the microcatheter is very small, allowing it to easily pass through narrow and tortuous vessels with minimal trauma. The distal tip is often tapered, allowing for more precise placement and maneuverability. In last, TranaviTM access microcatheters have exceptional maneuverability, which allows the surgeon to navigate through complex anatomy with accuracy and ease. They are designed with an advanced shape memory alloy that allows them to bend, twist and loop without losing their shape. This flexibility allows for precise placement and manipulation of the microcatheter in even the tightest of spaces. The distal end of the microcatheter is often curved to facilitate the manoeuvrability of the device in tight spaces.