Self Expanding
The flagship Solaris SX vascular covered stent graft employs next generation electrospinning PTFE, creating a state-of-the-art, impermeable membrane that prevents tissue ingrowth, maximizes patency, and reduces restenosis.
Not currently available in the United states
Solaris SX is currently not approved in the US and is in the process of being registered.
For information about product availability outside the US please contact us.
Solaris delivers high patency at 6 months, showing a 29% treatment effect in TLPP* compared to historical control (PTA) 1,2.
1. Percutaneous Transluminal Angioplasty (PTA) 2. Data on file
*TLPP – The time between a procedure and the first need for intervention at a lesion site to maintain patency (open and unobstructed).
For PAD, a recent interim analysis of Germany trial data using Solaris SX in iliac arteries, reported 94.7% 6-month and 94.9% 12-month target lesion patency, free of hemodynamically significant stenoses 2,3.
2. Data on file 3. Hemodynamically significant stenosis on duplex ultrasound (>50%, systolic velocity ratio no greater than 2.4) and without Target Lesion Revascularization (TLR)* within 12 months. Target lesion revascularization (TLR) is a procedure to restore blood flow to a narrowed or blocked artery after a stent is implanted
Impermeable Membrane
The thin, multi-directional PTFE membrane encapsulates an exceptional nitinol stent, providing superior flexibility and conformability, radial strength, and crush resistance, preventing mechanical failure and optimizing blood flow.
Solaris SX complete biocompatible barrier:
Is impermeable
Prevents tissue ingrowth
Maximizes patency
Reduces restenosis
(Electrospinning PTFE)
Solaris covering multidirectional strength
Unidirectional
(ePTFE)
Should be compensated by multi ePTFE layers
Exceptional Radial Strength
Bench tests showed excellent radial force for resisting stent compression and class-leading results compared to competitors.
Resistant to compression
Maintains luminal patency
High Flexibility and Ability to Conform
Made from a laser-cut nitinol alloy and designed to maintain a consistent cell-to-cell distance to deliver maximum flexibility and conform to the most complex and tortuous anatomies.
Pinpoint Deployment
Pull-back hydrophilic delivery system provides superior navigability, and its “anti-jumping” design guarantees accurate deployment.
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Partner with us to redefine patient outcomes for hemodialysis access and PAD.
201 St. Charles Ave, Suite 2500
New Orleans, LA 70170