Microcatheters for Neurovascular

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

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

Specialized small-diameter catheters designed for distal vessel access in neurovascular and complex peripheral interventions. Engineered with enhanced trackability over micro-guidewires.

A flexible micro-catheter specifically designed for complex neurovascular procedures enabling access to intracranial vessels and distal anatomical targets. Provides enhanced trackability over guidewires.

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

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

A neuro micro-guidewire engineered for precise navigation through complex intracranial vasculature during neurovascular interventions. Features balanced flexibility and torque transmission for enhanced control.

High-precision microcatheters for minimally invasive endovascular procedures and targeted drug delivery. Manufactured using advanced coaxial coating techniques for enhanced navigability.

Microcatheter designed for minimally invasive vascular and interventional procedures. This disposable device enables precise navigation through blood vessels for diagnostic and therapeutic applications including angiography, embolization, and drug delivery. Features include flexible construction for vessel navigation and compatibility with standard guidewires.

Microcatheter for interventional procedures including TACE and hepatic artery catheterization in cancer treatment.

Specialized catheter system for neurological vascular interventions including stroke treatment and intracranial vessel access. Designed with enhanced torque control and trackability for delicate neurovasculature navigation.

Precision microcatheter designed for accessing distal vascular and urological anatomy. Enables delivery of interventional devices to complex anatomical locations. Manufactured with advanced polymer technology for optimal flexibility and trackability.