AlloAid^®

Allograft Implants

Restore with Confidence

Implants for use in arthrodesis procedures, particularly in proximal interphalangeal (PIP) toe joints.

AlloAid^® PIP

This sterile engineered allograft with conductive properties is designed with positioning ramps at the joint line to help accurately position the implant and ensure a press-fit to reduce the change of subsidence. The cross-sectional shape and tapered design resist rotation, while tapered ends help with ease of insertion.

It's available in both straight and 10° angled configurations, and is accompanied by a convenient instrument set that includes laser-marked reamers and bowed-nose forceps. No post-op hardware removal is needed.

The allograft is terminally sterilized using validated a gamma irradiated process at SAL 10^-6. AlloAid^® PIP complies with all FDA, AATB, and State Regulatory requirements for donor screening, recovery, and testing.

AlloAid BioNail^®

This sterile allograft with osteoconductive properties can be used for fixation and augmentation of small bone osteotomies of the foot. It's engineered with multiple wedge facets that are designed to anchor into bone. AlloAid BioNail^® is delivered in sterile solution and is gamma irradiated to SAL 10^-6.

animation of alloaid bionail in bone

AlloAid SubChon™

This proprietary dense cancellous osteoconductive allograft scaffold resorbs over time and is replaced with new bone. It's used for filling bony voids or gaps caused by trauma or surgery that are not intrinsic to the stability of the bony structure. An instrument kit aids in the preparation of precise circular sites for use of the implants.

animation of alloaid subchon in bone

AlloAid^® DIP

Consisting of sterile cortical bone engineered for arthrodesis, AlloAid^® DIP features osteoconductive scaffolding to aid bone growth in the distal interphalangeal joint at the tip of each finger. It is designed with positioning ramps at the joint line to help accurately position the implant and ensure a press-fit to reduce the change of subsidence. The cross-sectional shape and tapered design resist rotation, while tapered ends help with ease of insertion.

The allograft is terminally sterilized using validated a gamma irradiated process at SAL 10^-6. AlloAid^® DIP is accompanied by an instrument set.