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Bioactive Glass Equipment Supplied In Usa Pennsylvania
6 equipment items found
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
The 45S5 formulation of bioactive glass has been the primary material used in today's bioactive glass bone graft products (45% SiO2, 24.5% CaO, 24.5% Na2O, and 6% P2O5). ...
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
BioSphere Flex SP is a bone graft that was specifically developed to maximize the bone healing potential of bioactive glass. Using Synergy’s proprietary BioSphere® Technology, BioSphere® Flex SP is composed of innovative bioactive glass granules combined with a porous collagen/sodium hyaluronate carrier. ...
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
BioSphere Flex Sp Extremities is a bone graft that was specifically developed to maximize the bone healing potential of bioactive glass. Using Synergy’s proprietary BioSphere® Technology, BioSphere® Flex SP Extremities is composed of innovative bioactive glass granules combined with a porous collagen/sodium ...
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
BioSphere Putty is based on an innovative form of 45S5 bioactive glass. The Putty utilizes Synergy's unique spherical bioactive glass particles with a optimized, bimodal size range. The combination of the BioSphere particles and a resorbable, phospholipid carrier results in a bioactive Putty with the highest ...
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
BioSphere Flex is a bone graft that was specifically developed to maximize the bone healing potential of bioactive glass. Using Synergy’s proprietary BioSphere Technology, BioSphere Flex is composed of innovative bioactive glass granules combined with a porous collagen/sodium hyaluronate ...
Manufactured by:Synergy Biomedical, LLC based inWayne, PENNSYLVANIA (USA)
Data Driven Performance - In Vivo Study Results; Bioactive glass has typically been used in a particulate form consisting of irregular particles and a broad size range (32-710 um). Instead of creating a bone graft with these "off-the-shelf" particles, Synergy utilized a unique spherical particle shape and conducted an in vivo optimization study to determine the ...