Drug Eluting Stents
World’s 1st company to have 2 Drug Eluting Stent technologies with 10 years clinical safety and efficacy data
Our core capabilities encompass every facet of cardiovascular device innovation, from expert manufacturing and cutting-edge clinical research to pioneering R&D, stringent quality control, and thorough regulatory compliance. We are committed to delivering superior heart health solutions through an integrated approach that ensures excellence at every step.
ISAR Summit is a Summit of Innovative Technology that shall redefine the performance of drug eluting stents as it contains Probucol which is a highly lipophilic drug and it retards the release of the drug thus ensures proper endothelization, Microporous surface acts as a reservoir for delivering drug to the targeted site and Everolimus which is a well studied drug with higher bioavailability in target tissues.
Future Beyond Polymers
VIVO ISAR is World’s 1st Dual- Drug Polymer Free DES. The unique technology of VIVO ISAR obviates the use of a Polymer which is known to be Pro-Inflammatory and hence reduces the probability of long term adverse events like Stent Thrombosis.
New generation DES providing synergy
One million pores per cm2 with average depth of 2 µm ensures optimum drug release with 1/4th of polymeric load as compared to other DES.
Shellac Resin ensures better polymer drug binding with negligible polymer flaking during stent expansion.
New generation DES providing synergy
One million pores per cm2 with average depth of 2 µm ensures optimum drug release with 1/4th of polymeric load as compared to other DES.
Shellac Resin ensures better polymer drug binding with negligible polymer flaking during stent expansion.
The DES technology of Yukon Choice Flex is designed to redefine the flexibility in tortuous anatomy along with the synergistic effects of surface modification and biodegradable polymer. Yukon Choice Flex because of its unique connector design ensures high deliverability and trackability in complex anatomies without compromising the radial strength of the same.
