01 Shift from standalone iliac stents to lesion-specific endovascular systems A distinct trend in the aorto-iliac occlusive disease treatment market is the shift from generic iliac stent usage toward lesion-specific endovascular systems designed for calcified bifurcations, chronic total occlusions, and ostial disease. Treatment strategies increasingly prioritize device selection based on vessel geometry and plaque morphology, leading to wider clinical use of covered stent grafts, bifurcated aortic stents, and dedicated iliac platforms. This shift reflects growing procedural planning precision and deeper alignment between device architecture and complex aorto-iliac anatomy.
02 Shift from single-stage interventions to staged and image-guided revascularization planning The emerging trend is the shift from single-stage procedural decision-making to staged treatment pathways supported by intravascular imaging and advanced pre-procedural planning tools. Clinicians increasingly adopt stepwise revascularization approaches that combine diagnostic imaging runs lesion preparation, and definitive stenting in sequenced workflows. This evolution supports procedural predictability and optimized resource utilization within vascular catheterization laboratories.
June 2026 Medtronic expanded its peripheral vascular intervention portfolio by introducing advanced endovascular solutions designed for improved treatment of complex aorto-iliac occlusive disease cases.
April 2026 Boston Scientific expanded its peripheral artery disease treatment portfolio with upgraded stent and catheter-based technologies to support minimally invasive vascular procedures.
January 2026 Cook Medical expanded its vascular intervention portfolio with enhanced endovascular devices designed to improve treatment outcomes for patients with peripheral arterial disorders.
October 2025 Gore Medical expanded its vascular device portfolio by introducing advanced stent graft and endovascular technologies for complex vascular disease management.