Medical device company ICON Interventional Systems@, Inc. today announced it has received the CE Mark for the Nuloy Coronary Stent System, a next generation coronary stent made from a proprietary Molybdenum and Rhenium (MoRe@) alloy.

The MoRe material is 99.9% pure and Nickel free with superior strength and density as compared to standard stent materials such as Cobalt Chromium and Stainless Steel. MoRe allows the fabrication of a stent platform which has extremely thin struts, superior flexibility, improved deliverability and lower profile, while not compromising radial strength or visibility.

David Kandzari, MD of the Piedmont Heart Institute in Atlanta, who has participated in the pre-clinical studies of stent deliverability offers, "My experience in the development and testing of this important new stent platform leads me to believe that it will offer the potential of a new standard in deliverability, due to the extremely thin struts, flexibility and low profile. Importantly, the stent has radiographic visibility and radial strength equivalent to much bulkier devices." The new material allows a stent with strut thickness of 63 microns, a reduction of more than 20 percent versus the leading stents in use today. Dr. Antonio Colombo of Milan, Italy comments, "I have reviewed this new device and look forward to using it clinically, as it may offer a very strong advantage in enhanced visibility. In addition, the thin struts and excellent deliverability should lead to very favorable BMS clinical results." ICON@ is developing distribution and manufacturing options for commercial sale of the Nuloy Stent System in the European community.

About ICON Interventional Systems ICON Interventional Systems@ is an emerging medical device company developing next generation cardiovascular solutions for patients and doctors around the world.

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Contact: Jack Merritt, President, 678-651-2319 ICON, the ICON Logo, Nuloy and MoRe are registered trademarks of ICON Medical Corp.

SOURCE ICON Interventional Systems -0- 03/08/2012 /Web Site: CO: ICON Interventional Systems ST: Georgia IN: HEA MTC MEQ SU: PDT PRN -- CL67098 -- 0000 03/08/2012 17:02:51 EDT http://www.prnewswire.c