The Lapidus evolution is here. The VIRTUGUIDE™ Software* utilizes AI technology to automatically analyze the patient’s anatomy based on provided CT or X-ray images and assists in selecting the most appropriate Virtual Alignment and Correction (VAC) Guide based on the patient deformity, providing a consistent and streamlined approach to planning for bunion correction.¹Early users experienced a reduced operative time by using the software recommended, patient matched VAC Guide for deformity correction compared to their previous technique. In addition, they agreed that the software recommended, patient matched VAC Guide improved the consistency of achieving surgical correction compared with their prior technique.^i,2

The Lapidus Staple Compression Plate is designed to provide stability and continuous compression throughout the healing process, which is required for the bones to fuse and heal.* The DYNABUNION™ System ANTI-DRIFT BOLT™ Implant was designed to maintain construct strength, help prevent metatarsal divergence and help prevent recurrence.^1,2The DYNABUNION™ System provides instrumentation that secures each plane individually. This allows for fine tuning of alignment in each plane.¹

The TriLEAP™ Lower Extremity Plating System is a comprehensive, low-profile plating system.

The MINIBUNION™ 3D System is a minimally-invasive bunion (hallux valgus) implant and procedure for mild-to-moderate bunions that spares the joint capsule and gives patients a walking recovery.^1-3* It allows bunion repair through a 15mm incision on the side of the foot, 2-4 times smaller than incisions in traditional techniques, minimal incision and helping patients get a “rapid return to real life.”^{1, 2, 3*}

A comprehensive portfolio of self-drilling and self-tapping screws that are cannulated for uncompromised precision.¹ A variety of thread lengths are available in 9 diameters for treating a wide range of anatomical regions. Designed to be modular for optimal flexibility.¹

DePuy Synthes offers a comprehensive range of continuous compression implants for forefoot, midfoot, and hindfoot procedures. Constructed of nitinol, they are available in specialized sizes, shapes, and strengths to provide the right amount of continuous, active compression during healing.¹* 

These extramedullary implants for hammertoe fixation are constructed with Nitinol to provide continuous compression and superior rotational stability¹ with greater distraction resistance (compared to intramedullary (IM) implants).^2* They are available in both standard and large sizes to accommodate different patient anatomies.

A computer-assisted circular ring fixation system.

A cellular allograft intended for repair or reconstruction of musculoskeletal defects.

Synthetic bone graft substitute that provides a bone void filler that resorbs and is replaced with bone during the healing process.

The FIBULINK™ Syndesmosis Repair System provides the fixation of a screw with the flexibility of a suture.^1-3 This design is intended to enable precise, anatomic syndesmotic fixation,^2-5 improve tension control,^2-4,6 and reduce medial soft tissue disruption.^3,4*

Streamlined system of instruments, coupled with standard and anatomic implants to support small fragment procedures.