R stent in Clinical Practice
Taking Stent Design to an Unprecedented Level

Until now, all stent designs have been forced to trade off between offering high radial strength (laser cut tubular stents) or high flexibility and comfomability (coil and segmented modular stents). The elusive, ideal stent would be the best of both worlds.

We believe the R stent represents a revolutionary breakthrough in stent design.

Why you might ask? Think of the elegant, spiraling dual helix design of a DNA molecule. This is the basis for the R stent's remarkable performance.

The R stent's unique dual helix geometry results in the heretofore unachievable:

This makes the R stent ideal for multiple lesion subsets.

Natural Conformability:

As if that were not enough, perhaps the R stent's most impressive feature is its remarkable ability to conform to the natural curvature of a vessel. Natural confomability minimizes trauma to a vessel; trauma is a proven predictor of restenosis.

Seeing is believing. Let us know how the R stent performs for you.

R stent - Effective in Multiple Lesion Subsets

R stent 3.5 x 13 mm (3.0 mm post dilatation of struts in LCX)
Unprotected Left Main Post R stent Placement
Unparalleled side branch access even for acute take-offs (up to 4.5 mm diameter)
R stent 3.5 x 28 mm
RCA with tortuous stenosis Post R stent Placement
Low profile and enhanced pushability for tight lesions and tortuous anatomy
1 R stent 3.5 x 38 mm - 1 R stent 3.0 x 28 mm
LCX bifurcation lesion Post R stent placement
Maximum flexibility and high radial strength for bifurcated and ostial lesions
1 R stent 3.0 x 33 mm - 1 R stent 3.5 x 33 mm
RCA with extreme diffuse sclerosis Post R stent placement
Natural conformability to arterial anatomy for extreme diffuse sclerosis