Product Datasheets:
Osteoconductive Surface: OsteoZipTM
Antimicrobial Surface: OsteoZapTM
Surface Modification Technology: CoBlastTM
EnBIO Product Overview
Technical Notes:
Fatigue testing of Nitinol stents surface modified with HA using CoBlast™ (Download)
Adhesion strength of the OsteoZip™ surface (Download)
A comparison of MG63 osteoblastic cell proliferation on an OsteoZip™
surface to a number of CoBlasted substituted apatite surfaces and a plasma
sprayed HA surface (Download)
Surface roughness measurements for EnBIO’s OsteoZip™ surface are
compared to a number of other similar and typical orthopedic implant
surfaces (blank titanium, titanium grit blasted with Al2O3, titanium grit blasted
with MCD - apatitic grit, titanium CoBlasted with Al2O3 and HA, and titanium
plasma sprayed with HA) (Download)
SEM images of the OsteoZip™ surface were compared to a number of other
similar and typical orthopedic implant surfaces: bare titanium, titanium grit
blasted with Al2O3, titanium grit blasted with MCD - apatitic grit, titanium
CoBlasted with Al2O3 and HA, and titanium plasma sprayed with HA
(Part 1 of a two-part report) (Download)
SEM images of MG63 cells on a OsteoZip surface were compared to a
number of other similar and typical orthopedic implant surfaces: bare titanium,
titanium grit blasted with Al2O3, titanium grit blasted with MCD - apatitic grit,
titanium CoBlasted with Al2O3 and HA, and titanium plasma sprayed with HA
(Part 2 of a two-part report) (Download)
A comparison of MG63 osteoblastic cell proliferation on an OsteoZip™
surface to a number of CoBlasted substituted apatite surfaces and a plasma
sprayed HA surface (Download)
Spectroscopic examination of HA coating crystallinity:
OsteoZip™ and an industry standard plasma coating are compared (Download)
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