Glutton Thrombus Aspiration Catheter Devices First of all, Glutton TM Thrombus Aspiration Catheter Devices are suitable for patients with acute stroke. When a patient has an acute stroke, facing the competition of time, choosing this kind of surgical equipment can quickly remove the thrombus.
GluttonTM Thrombus Aspiration Catheter Devices
First of all, GluttonTM Thrombus Aspiration Catheter Devices are suitable for patients with acute stroke. When a patient has an acute stroke, facing the competition of time, choosing this kind of surgical equipment can quickly remove the thrombus in the blood vessel, restore the blood supply, and prevent brain cell hypoxia and necrosis. Taking this treatment as early as possible in the acute stage can effectively reduce brain damage and play a positive role in improving the recovery rate and survival rate of patients. Secondly, Cerebrovascular GluttonTM Thrombus Aspiration Catheter Devices are suitable for patients with cerebral infarction. Cerebral infarction is generally caused by a thrombus blocking a cerebral blood vessel. If it is not treated in time, it will lead to damage or loss of the patient's nervous system function. Thrombus Aspiration Catheter Devices can help remove thrombus faster, more safely and effectively, restore cerebrovascular patency, reduce nervous system damage of patients, and improve their clinical symptoms.
Features &Advantages
1. Braiding and coiled braid structure enhances it’s flexibility and maneuverability. This structure allows the catheter to navigate through tortuous vessels without causing damage to the vascular system. The coiled braid structure provides the necessary support for the catheter while also being flexible enough to bend and twist. This design feature is essential in ensuring that the device can reach the affected area and is easy to handle.
2. Large internal lumen is important because it allows for effective thrombus aspiration.
3. Multi-stage hardness gradient design at the distal end. In order to make the tube body more supportive, its distal end needs to adopt a multi-stage hardness gradient design, which can make the tube body bend and maintain its shape better in the passage, so that it can be operated more precisely.
4. The smooth hydrophilic coating is essential in improving the device's navigation through the vascular system. The hydrophilic properties of the coating enable the device to slide more easily through the vessels and reach the clot's affected area. Moreover, the coating is designed to be biocompatible, which minimizes the risk of adverse reactions.
5. A distal gradient hardness design improves softness. The device's distal end is designed to be softer, making it easier to navigate through the tortuous vessels. The distal end is engineered to be flexible and gentle without causing damage to the vessel wall. The design feature is crucial in ensuring that the catheter is gentle and safe for use. Additionally, the softer distal end is less likely to dislodge the thrombus during the aspiration process.
6. GluttonTM Thrombus Aspiration Catheter Devices are designed with a proximal polymer composite material that enhances their pushability. This material is engineered to provide additional strength to the catheter's proximal end, making it easier to push the device forward. The increased pushability is essential in obtaining optimal positioning of the catheter.
