A subchondral bone repair system uses a settable fluid to penetrate bone pores and fix the structural component in place.
Porous coral implants address high failure rates in large osteochondral defects by enabling partial packing while sustaining cartilage regeneration.
Combines interconnecting and irregular bone particles within a resorbable cement matrix to enhance mechanical strength and bioconnectivity.
A spinal cage integrates a deployable spin-plate that rotates to engage vertebral bone surfaces.
A tricalcium phosphate and polyvinyl alcohol hydrogel composite material provides tunable mechanical strength and injectability.
A shape memory polymer scaffold expands to fill bone defects and stabilize the site.
Lipped anterior plates abut apophyseal rings to prevent migration and reduce tissue damage during minimally invasive surgery.