Neurovascular Devices

Neurovascular intervention devices and delivery systems for minimally invasive neurological procedures, engineered with advanced catheter technologies.

High-precision components for intracranial stents, coil systems, and embolization devices. Manufactured from advanced materials for neurological interventions.

Precision stent systems for neurological vascular applications, engineered using laser micro-machining technology. These devices are utilized in neurovascular intervention procedures requiring precise dimensional specifications.

Neurovascular Therapy Devices designed for therapeutic treatment of vascular and neurological conditions. These devices support clinical applications in vascular surgery, wound management, and rehabilitation care. The system integrates with diagnostic assessments to deliver targeted neurovascular therapy across multiple medical specialties.

Next-generation hydrophilic coating engineered for neurovascular trackability, coronary crossability, and peripheral pushability. Built on PhotoLink™ UV chemistry, Preside coating delivers 25 percent better trackability than leading competitor coatings with significantly lower particulate counts in simulated neurovascular use models. The coating is designed to perform across multiple insertion cycles in tortuous vessels and is suitable for neurovascular microcatheters, structural heart delivery systems, coronary guidewires, PTCA balloon catheters, CTO crossing devices, peripheral PTA balloon catheters, and stent delivery systems.

Biomimetic surface coating for neurovascular devices and catheters used in stroke treatment. Reduces thrombotic complications in cerebrovascular interventions.

Specialized stent systems for brain and cerebrovascular interventions. Engineered with nitinol technology to navigate complex neurovascular anatomy with precision and reliability.

A coronary stent system designed to deliver therapeutic agents directly to arterial lesions, reducing restenosis rates in percutaneous coronary intervention procedures. Manufactured in Vietnam with proven clinical efficacy and biocompatibility.

Advanced stent platform with pharmaceutical coating for coronary applications. Reduces restenosis risk while maintaining vessel patency in patients with coronary artery disease.

Specialized stents with controlled drug delivery coatings for sustained release of active pharmaceutical ingredients. Designed to prevent restenosis and maintain vessel patency with optimized clinical performance.

A coronary stent coated with antiproliferative medication to reduce restenosis rates following percutaneous coronary intervention. Provides sustained drug delivery to the vessel wall over extended periods.

Coronary stents with pharmaceutical coating designed to prevent restenosis and promote vessel patency. These devices are used for treatment of coronary artery disease.