BioMime Morph Tapered Drug Eluting Stent System
Meril
Code: BIM27522560
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Surgical Supplies for more information or phone 09 421 1566
Proven benefits of BioMime, now available as a tapered stent system.
Treat long diffused lesions with a single stent – one and done.
Long diffused lesions are typically treated through multiple overlapping stents, which are associated with higher rate of restenosis/ revascularization.Biomime MorphTM tapers as per vessel anatomy, it helps avoid multiple stent placement thus reducing the probability of fracture and restenosis.
Biomime MorphTM is a Sirolimus Eluting Coronary Stent System with an ultra-thin 65 µm strut thickness. This next generation SES has a Novel Hybrid Design with closed cells (on both ends of the stent) & open cells (in the middle) - this allows for Morphology Mediated Expansion for adequate conformability and lesser edge dissections.
BioPoly Biodegradable Polymer: 2µm low thickness, stable and elastic polymer Stent design with non-linear S links & Y connectors allows for high flexibility and adequate side branch access.
Strut width variability ensures optimal radial strength.
Treat long diffused lesions with a single stent – one and done.
Long diffused lesions are typically treated through multiple overlapping stents, which are associated with higher rate of restenosis/ revascularization.Biomime MorphTM tapers as per vessel anatomy, it helps avoid multiple stent placement thus reducing the probability of fracture and restenosis.
Biomime MorphTM is a Sirolimus Eluting Coronary Stent System with an ultra-thin 65 µm strut thickness. This next generation SES has a Novel Hybrid Design with closed cells (on both ends of the stent) & open cells (in the middle) - this allows for Morphology Mediated Expansion for adequate conformability and lesser edge dissections.
BioPoly Biodegradable Polymer: 2µm low thickness, stable and elastic polymer Stent design with non-linear S links & Y connectors allows for high flexibility and adequate side branch access.
Strut width variability ensures optimal radial strength.
