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An occlusion catheter is a special type of catheter used to control an acute hemorrhage. Its use is typically pre-operative and is intended to occlude a large vessel up to 40 mm in diameter. This device is also effective in treating haemorrhages in the cranial base, aortic aneurysms, and cardiac tamponade.

An occlusion catheter is a multi-lumen balloon catheter designed to occlude the target lesion for a short period of time while flushing blood from the treatment chamber. An occlusion catheter is made to deliver therapeutic agents to the vessel wall media while monitoring the pressure inside the chamber during delivery. A pressure sensor located on the tip of the device continuously monitors the fluid delivery during the procedure. Occlusion catheters can be used for the resuscitative treatment of incompetent veins.

The ClariVein(r) occlusion catheter has CE mark approval for the treatment of non-compressible torso hemorrhage. Its occlusion chamber is designed to block blood flow to the target lesion. Its infused fluid is mixed and dispersed on the vessel wall media by a rotating dispersion wire. Its dual-lumen design provides a better hemorrhage control solution.

The Rescue occlusion catheter is a new low-profile device. It is designed for resuscitative endovascular balloon occlusion in the aorta and temporary control of non-compressible torso hemorrhage. It is compatible with a 7-F sheath and is available in a 40mm balloon diameter. It features a radiopaque tip and a marker band.

AORTIC: The Pruitt Aortic Occlusion Catheter is a transaneurysmal device for hemorrhage control and is used for the treatment of ruptured abdominal aneurysms. The Pruitt Irrigation Occlusion Catheter, on the other hand, provides both arterial and venous occlusion. This occlusion catheter is a flexible, malleable stylet with a 9F balloon.

The Pruitt occlusion catheter is a small balloon occlusion device for the aortic artery. This device is designed to minimize trauma to the vessels. The Pruitt Aortic Occlusion Catheter is used to control bleeding in patients with ruptured abdominal aneurysms. The Pruitt Irrigation Occlusion Catheter is used to treat intralumenal hemorrhage and thrombectomy.

Occlusion catheters are generally available with a small or large balloon. The smaller balloons are designed for temporary occlusion of large vessels and are particularly useful for hemorrhages in the carotid artery. They can also be used in thrombectomy procedures. They may be used for both temporary and permanent occlusion of arterial arteries. The most common uses are: Aortic Occlusion Catheter is used to stop bleeding in the aortic arch.

The ER-Reboa is 7 Fr in size and is designed to minimize the amount of repair required at the access site. It also has a soft arterial pressure monitoring tip to minimize the need for multiple wire exchanges. The ER-Reboa is expected to be available in the market beginning in January 2016. The company has announced the first deliveries of the ER-Reboa in the vascular market.

The ER-Reboa is a 7-Fr. MR-Reboa is intended for infusion of prescription medications in peripheral arteries. The ER-Reboa catheter is not an occlusion catheter and should only be used for emergencies. The FDA is still assessing the effectiveness of this MR-replacement therapy, but it is a major advance for the industry.

Occlusion of the Occlusion Perfusion catheter is a universal delivery catheter that is used to deliver paclitaxel to the medial layer of the carotid artery. Its side port is connected to a sheath placed in the femoral vein. The guiding catheter is connected to an external arteriovenous shunt. Its delivery is mechanical. Previously, it was hypothesized that paclitaxel could be delivered uniformly through the vessel wall. The results of preclinical studies confirmed this theory.

The longer the occlusion period, the greater the risk of systemic ischemia. Occlusion of the aortic artery for more than 40 min may cause irreversible organ damage. In addition to this, prolonged aortic occlusion may result in supraphysiologic blood pressure and traumatic brain injury. So, the occlusion catheter should not be used for more than 40 minutes.