Neurovascular Aspiration Catheters

Catheters designed for aspiration thrombectomy and clot removal during neurovascular and cardiovascular interventions. Feature large-bore lumen for effective aspiration.

Specialized catheters designed for mechanical thrombus removal in acute ischemic stroke and acute coronary syndromes. Engineered for reliable thrombus engagement.

Thrombectomy catheters designed for mechanical removal of thrombi in vascular interventions. These disposable devices enable physicians to restore blood flow in occluded vessels during acute ischemic stroke, myocardial infarction, and peripheral arterial disease procedures. The catheters feature specialized aspiration or mechanical designs for efficient clot retrieval with minimal vessel trauma.

Micro-catheters and guide catheters designed for neurovascular interventional procedures. Provide precise vessel access and support for therapeutic neurointerventions.

Catheters designed for selective cerebral artery catheterization in neurodiagnostic and neurovascular interventional procedures. Feature enhanced torque control for precise positioning.

Microcatheters for intracranial aneurysm embolization with detachable coils. Engineered with navigability and trackability for endovascular procedures.

Single-use catheters designed for endovascular procedures including diagnostic angiography and therapeutic interventions. Manufactured to exacting standards for vascular access and navigation.

Specialized drainage catheters for neurosurgical procedures enabling cerebrospinal fluid management and intracranial pressure monitoring post-operatively.

Specialized catheters for vascular imaging and intervention procedures. These devices enable visualization of vascular anatomy and therapeutic interventions.

Specialized catheters for minimally invasive vascular and interventional procedures with precision navigation and delivery capabilities.

Catheters for endovascular surgical procedures with precision-tipped designs and customizable braiding constructions.

Catheters engineered for precise delivery of endovascular stents in coronary, peripheral, and neurovascular applications. Feature rapid exchange compatibility.