What is Nanotechnology?
x30 Magnification of Surface Roughness & Porosity
x100 Magnification of Surface Roughness & Porosity
x300 Magnification of Surface Roughness & Porosity
x10,000 Magnification of Micron/Submicron Roughness.
x50,000 Magnification of Nano Roughness
Nanovis’ clinical and scientific goals are to reduce fixation and infection related complications. The Company’s patented and proprietary regenerative technology platforms provide differentiated surface advantages enabling the potential for existing medical devices to achieve new outcomes. Nanovis is commercializing science-driven platforms: the deeply porous scaffold and nanopatterned surface on select FortiCore interbody fusion devices and developmental bactericidal technology.
Nanotube Surface Technology
Bone and soft tissues have nanoscale surface patterns to guide healing
Most implants today are smooth at a nanoscale
Nanovis’ scientists have invented a range of implant nanosurfaces customized to interact optimally with bone
A Nanovis’s nanotube surface viewed under 50,000x magnification. Nanovis’s nanotubes walls are a similar scale as the proteins that encourage bone cell to attach. “Courtesy of Prof. Thomas J. Webster, Chair of Chemical Engineering at Northeastern University'
Osteoblasts attaching to the walls of a Nanovis’s nanotube surface. “Courtesy of Prof. Thomas J. Webster, Chair of Chemical Engineering at Northeastern University.'
Highly magnified image of an osteoblast attaching to a nanotube surface. Notice the healthy, spread shape of the bone cell. “Courtesy of Prof. Thomas J. Webster, Chair of Chemical Engineering at Northeastern University.'
Highly magnified image of an osteoblast attaching to a nanotube surface. Notice the healthy, spread shape of the bone cell. “Courtesy of Prof. Thomas J. Webster, Chair of Chemical Engineering at Northeastern University.'
Highly magnified image of an osteoblast attaching to a nanotube surface. Notice the healthy, spread shape of the bone cell. “Courtesy of Prof. Thomas J. Webster, Chair of Chemical Engineering at Northeastern University.'
Please contact Nanovis at (877) 907-NANO
or Email info@nanovistechnology.com