Balloon Guiding Catheter

The Balloon Guiding Catheter (BGC) is a sophisticated medical device that has revolutionized neurointerventional surgery. Its design and functionality make it indispensable in treating a wide range of cerebrovascular and spinal vascular diseases. The BGC not only provides a stable and precise vascular access route but also assists in the deployment of other interventional devices, enhancing the overall effectiveness and safety of neurointerventional procedures.

One of the key advantages of the BGC is its ability to stabilize the vascular access point. This stability is crucial for the accurate navigation of microcatheters, stents, and coils to specific areas in the brain or spine. The precision offered by the BGC minimizes the risk of complications and ensures that the treatment is delivered exactly where it is needed.

In angioplasty procedures, the BGC is used to navigate a balloon to the site of vascular stenosis. By inflating the balloon, the BGC dilates the blood vessel, restoring blood flow and alleviating symptoms. Similarly, in the treatment of aneurysms, the BGC assists in the placement of stents or coils, preventing the protrusion of coils into the vessel lumen and reducing the risk of rupture.

The BGC's versatility extends to the treatment of arteriovenous malformations (AVMs). By delivering embolic materials precisely into the abnormal vessels, the BGC helps to reduce blood flow and treat the AVM. In acute ischemic stroke cases, the BGC quickly guides thrombectomy devices to the occluded vessel, restoring cerebral blood flow and potentially saving the patient's life.

Moreover, the BGC plays a crucial role in intracranial arterial stenosis treatment. By guiding balloons or other dilation devices to the stenotic area, the BGC improves blood flow and alleviates symptoms caused by intracranial artery narrowing. In some cases, the BGC can also be used to monitor intracranial pressure, especially when it is abnormally elevated.

Beyond its role in interventional procedures, the BGC can also be used for drug delivery. By directing specific medications to specific areas of the brain or spinal cord, the BGC enables targeted treatment for certain types of brain tumors or pain management. In stent-assisted angioplasty, the BGC stabilizes the stent's position, ensuring its proper deployment and fixation to the vessel wall.

In complex neurointerventional surgeries, the BGC can temporarily occlude blood flow, allowing for safer surgical manipulations. This capability further underscores the versatility and importance of the BGC in neurointerventional surgery.

Main Specifications

>Working Length : 96cm, 105cm, etc

>Size :                       6Fr, 7Fr, 8Fr,

>Tip Shape :            Straight

>Structure:               Four-layer gradient structure， Coaxial structure