TIDALTM Technology
An optimized porous architecture, designed for osseointegration.
- Sheet-based architecture maximizing surface area and porosity, with 100% interconnectivity
- Mesoscale pores for graft retention and supporting bony ingrowth
- High strength and fatigue resistance compared to strut- based architectures of the same porosity
Direct bony apposition driven by surface topography demonstrated in a preclinical model
SEM 150x
Scale bar = 100 μm
Bone ongrowth to TIDAL surface
Scale bar = 100 μm, B=Bone, I=Implant
Continuous curvature of TIDAL architecture demonstrated to facilitate fusion in preclinical critical-sized bone defect
SEM 100x
Scale bar = 500 μm
Bone bridging at 12-weeks
Scale bar = 1 mm
- A. Pham, C.N. Kelly, K. Gall, Journal of Materials Research (2020).
- C.N. Kelly, J. Francovich, S. Julmi, D.L. Safranski, R.E. Guldberg, H.J. Maier, K. Gall, Acta Biomaterialia (2019).
- C.N. Kelly, N.T. Evans, C.W. Irvin, S.C. Chapman, K. Gall, D.L. Safranski, Materials Science and Engineering: C (2019).
- C.N. Kelly, A.T. Miller, S.J. Hollister, R.E. Guldberg, K. Gall, Advanced Healthcare Materials (2017).
Rx Surgical Planning
Designing patient specific implants for complex reconstructions
Virtual Surgical Planning
with surgeon and restor3d engineering team
NOVO Instrumentation
Custom surgical guides and sizing trials to support complex resections and reconstructions
