Our coronary stent systems represent the combination of advanced material science, proprietary drug-polymer technology, and precision manufacturing, to meet the demands of modern interventional cardiology. Our portfolio includes next-generation drug-eluting stents featuring thin strut platforms for enhanced deliverability and minimal vessel trauma, alongside biodegradable polymer systems designed to optimize drug kinetics and endothelial recovery.
Engineered for Precision. Designed to deliver with ease.
Ultra-low crossing profile for seamless navigation in tortuous vessels
Proprietary U-Link + sinusoidal open-cell design ensures uniform expansion and minimal foreshortening
Ultra thin strut with ultra thin biodegradable polymer coating enhances healing
Highly deliverable stent design for complex anatomies
Robust over-expansion capacity without coating disruption
Controlled sirolimus release profile supports rapid endothelialisation
High radial strength without compromising deliverability
Designed for Excellence
Ultra-thin strut thickness with variable strut width for optimal flexibility and strength
High radial strength enables secure deployment
Superior polymer-matrix adhesion ensures uniform drug release
Low recoil rate prevents malposition
Wide size matrix supports treatment of short to very long lesions
Radiopaque markers for accurate positioning under fluoroscopy
Designed for Superior Performance.
Beam-strength optimized design with wider struts for unmatched radial support
Cobalt-chromium platform with variable strut width
Over-expansion capability without compromise to coating or structural integrity
Everolimus dosage of 1.20 µg/mm² tailored for effective drug delivery and vascular healing
Ideal for long, diffused lesions, minimizing stent overlap and associated risks
Uniform coating thickness preserves polymer stability during expansion
Exceptional radiopacity for confident navigation and deployment
Designed for Complexity
Open-cell design allows side branch access in bifurcation and complex lesions
Ultra-low crossing profile (0.037") aids deliverability in highly tortuous anatomies
Ultrathin strut thickness with biodegradable PLLA+PLGA polymer coating
Proprietary U-Link structure minimizes recoil and maximizes conformability
Minimal balloon overhang (<0.5 mm) enhances precision in stent placement
Advanced surface polish reduces endothelial damage during deployment
Stable platform performance validated through internal recoil and expansion testing