Proven to have effective propulsion, tracking, and visibility under fluoroscopy on a low-profile delivery system in a preclinical model.

• Carbon coated ePTFE along the lumen surface to reduce early platelet adhesion

• Provides superior fluoroscopic imaging of the entire Stent Graft placement process with Tantalum Markers

• Excellent radial expansion strength minimizes the risk of Stent Graft dislocation or displacement

• Minimal stent graft that appears small during placement ensures placement accuracy

• Atlas^Ⓡ Endovascular Stent Grafts are MRI conditional

Atlas^Ⓡ Endovascular Stent Graft represents the perfect balance of desirable properties such as radial strength, flexibility, minimal shortening, low profile, placement accuracy, and convenient placement in an easy-to-use withdrawal delivery system.

The delivery system is a multifunctional knitted catheter technology with an optimal balance between shaft Pushability and sustained Flexibility at the catheter tip, providing excellent Traceability in the target lesion area.

• Soft automatic tip is a conical tip suitable for 0.035” guide wire.

• “Topless internal catheter” reduces the risk of insertion after catheter entanglement Low profile delivery systems reduce patient trauma.

• Reduction of early platelet adhesion ePTFE with Carbon along the lumen surface is covered.

• Entire Stent Graft with Tantalum Markers superior fluoroscopic provides viewing.

• Minimal that appears small during placement stent-graft ensures placement accuracy

• Atlas^Ⓡ Endovascular Stent Grafts MRI is conditional.

 Atlas^Ⓡ Endovascular Stent Graft radial strength, flexibility, minimal shortening low profile, placement accuracy, and in an easy-to-use pull-back transmission system proper placement

Superior Performance with Innovative Special Special Design for Radial Strength and Flexibility

• Smooth entry and exit at the access point atraumatic tip designed to facilitate

• The hemodynamic flow in the venous anastomosis flat and extended configurations

• Between two ePTFE, in the treatment area to resist neointimal hyperplasia designed full-encapsulation

• With spiral posts and angled bridges against bending, compression, and stretching designed to provide durability

• To increase visibility under fluoroscopy tantalum markers