admin

Medibrane’s unique technology, Sutureless lamination, was developed by our team of experts, following an ongoing journey to better understand medical device clinical requirements, as well as the Biomedical industry. This new and advanced technology enables the replacement of the suturing technique with a novel solution that makes it possible to cover stents or implants by

ePTFE, expanded Polytetrafluoroethylene, is a lightweight, yet strong, biocompatible and biostable material, chemically inert, and so, resistant to degradation by biological fluids, and, most importantly, can be stretched and deformed. ePTFE comes in multiple geometries; tapes, membranes, films, tubes, fibers, sheets, and rods. The material’s microporous structure makes it ideal for many medical applications, since

Covering a metal surface with a polymeric material can be quite challenging. The first Challenge is to establish a bond between the metal surface and the polymer cover, two materials that do not normally bond with each other. After an enhancement adhesion platform is implemented,the metal is strongly bonded to the polymer Metal scaffold polymeric

effect of encapsulation coatings on strength Abstract: Stents, that are covered with encapsulation coatings often present radial and/or longitudinal resistance owing to the polymer membrane that is formed between the struts. This concern is more pronounced with self-expanding braided stents and may reduce the handling properties during stent deployment or insertion of the stent into