Atlas stent graft

Atlas is a covered peripheral stent graft that provides secure occlusion of aneurysms or occlusive lesions in the iliac or femoral segments, minimising the risk of rupture or reocclusion.

Atlas stent graft

Vascular

Peripheral angioplasty

Vascular

Peripheral arterial disease (PAD)

Atlas is a covered peripheral stent graft that provides secure occlusion of aneurysms or occlusive lesions in the iliac or femoral segments, minimising the risk of rupture or reocclusion.

The Atlas stent graft offers an advanced solution for endovascular repair, combining a self-expanding nitinol structure with a robust carbon coating and a microporous ePTFE membrane.

Its open and flexible design adapts to various vascular anatomies, optimising blood flow and minimising turbulence. Tantalum markers at both ends enhance visibility under fluoroscopy, allowing for precise placement.

With a wide range of diameters and lengths, and an encapsulated construction to resist neointimal hyperplasia, Atlas is ideal for treating aneurysms, stenoses, and occlusive peripheral lesions.

Features

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Self-expanding nitinol structure: provides constant radial force and conforms to vascular anatomy.
Tantalum markers: enhance radiopacity for precise placement.
Microporous ePTFE coating: effectively seals flow in diseased or aneurysmal arterial walls.
Carbon surface coating: improves biocompatibility and reduces thrombogenicity.
Open-cell design: maximises flexibility and adaptability.
Full encapsulation: between two layers of ePTFE to prevent neointimal hyperplasia.
Atraumatic tip: enables smooth entry and withdrawal at the access site.
Straight and flared configurations: optimise haemodynamic flow at the venous anastomosis.
Monostent design: prevents junctional leaks and enhances implant integrity.
Designed to resist bending, compression and traction: thanks to spiral posts and angled bridges.

Benefits

Reduced risk of reocclusion or rupture in treated femoral or iliac segments.
High placement accuracy under fluoroscopy thanks to tantalum markers.
Improved haemodynamic compatibility through a smooth and stable inner lumen.
Lower risk of thrombosis due to carbon coating.
Faster patient recovery thanks to its biocompatible and flexible design.