Stent Graft for Aortic Intervention

Vascular intervention devices featuring novel design and engineering principles for endovascular treatment. These products address diverse clinical needs in vascular disease management with advanced materials and configurations.

Innovative stent systems designed with novel engineering principles for vascular intervention procedures. These devices address unmet clinical needs in vascular treatment with advanced design and reliability.

Interventional system for acute ischemic stroke management. Enables mechanical thrombectomy and cerebral revascularization in patients unsuitable for thrombolytic therapy.

Comprehensive range of minimally invasive interventional devices for cardiovascular and endovascular procedures, supporting complex therapeutic interventions.

Minimally invasive intervention device for structural heart disease treatment including atrial septal defect and left atrial appendage closure applications.

Interventional device designed for coronary artery disease treatment through percutaneous coronary intervention procedures. Provides structural support to maintain vessel patency in diseased coronary arteries.

Endovascular stent graft systems designed for treatment of thoracic aortic aneurysms and dissections. Provides minimally invasive repair with durable support to the aortic wall.

Precision-manufactured stent devices for vascular intervention and minimally invasive procedures. These devices are designed to maintain vessel patency in cardiovascular applications.

Interventional cardiology devices designed to maintain patency in coronary and peripheral vessels. Core product supporting cardiovascular intervention procedures.

Endovascular stent graft systems for treatment of abdominal aortic aneurysms without open surgery. Offers durable reinforcement of the aortic wall to prevent rupture.

Composite stent-graft devices for aortic and peripheral vascular repair. These devices provide both scaffolding and sealing for vascular defects.

A complete stent system applicable across coronary, peripheral, and neuro-intervention fields. The system is manufactured with precision technical services including laser engraving, chemical acid pickling, heat treatment, and electrochemical polishing. Materials used include 316L stainless steel, cobalt-chromium alloy, nickel-titanium alloy, and magnesium-zinc alloy with various surface finishing options.