Flexure-based joint members replace rigid articulating surfaces to restore natural compliance, reduce particulates, and improve implant longevity.
Cortical bone plate fixation and minimal bone resection help wrist implants resist loosening while preserving natural radiocarpal motion.
Precise guides and inserter tools help place metatarsal arthroplasty implants with minimal bone removal and stronger fixation.
Precise guides and bone-sparing implant tools improve metatarsal arthroplasty fixation while reducing bone removal and surgical risk.
Adjustable wedges, trial implants, and arcuate distractors improve mid-foot fusion and alignment while preserving bone hinge integrity.
An adjustable C-bracket jig aligns the tibia, foot, and ankle for precise distal tibia reaming without bulky rigid foot holders.
A joint-line referencing arm, pin tube guide, and alignment foot improve ankle implant alignment and reduce bone screw misplacement.
An asymmetric talar bone plate uses an elongated screw hole and tapered head to improve revision alignment, compression, and fixation.
A curved bearing surface, porous fixation, and non-porous barrier help restore MTP joint motion while reducing loosening, subsidence, and failure.
A pivoting clamp grips talar dome implants and trials securely, cutting insertion time while improving stability in ankle arthroplasty.
Customized tibial and talar guide components hold the ankle in a preselected position to improve resection accuracy and implant alignment.
Patient-specific guides and implants make calcaneal cuts predictable, reposition facets safely, and reduce tissue damage and recovery time.