Foot & Ankle Wedge Family 

Material

3D printed, titanium alloy implants designed with an interconnected porous architecture to encourage bony ingrowth. 

Design Features

• Subtalar Wedges: 

• Parallel and angled options available for varus or valgus correction. 
• Central aperture for packing graft material and placement of fixation device. 

• Anatomic Evans Wedges: 

• Dorsal port mates with inserter for additional manipulation. 
• Plantar taper prevents dorsal translation of the anterior process. 
• The atomic shape protects soft tissues. 
• Central aperture for graft material. 

• Anatomic Cotton Wedges: 

• Central aperture for graft material. 

Instrumentation

Single-use wedge instrumentation provided in sterile packed kits for streamlined procedures. 

TIDAL Technology™

•  Optimized porous architecture designed for osseointegration. 
• Features 100% lattice connectivity and up to 80% porosity. 
• Mesoelastic pores support graft retention and bony ingrowth. 
• Direct bony apposition to implant surface guided by surface topography and curvature. 

Customization

Various sizes and footprints are available to reconstruct deformity and fractures across several anatomic indications. 

Enhanced Fusion

The proprietary TIDAL Technology™ promotes superior bone fusion due to its optimized porous structure, facilitating better integration and stability. 

Durability

Titanium alloy provides high strength and durability for long-term reliability. 

Improved Functionality

Tailored sizes and designs ensure precise fit, enhancing functional outcomes and patient satisfaction. The anatomic shapes of the wedges protect soft tissues and improve the overall fit. 

Biocompatibility

The titanium alloy used is biocompatible, reducing the risk of adverse reactions and promoting better integration with the patient’s natural bone. 

Reduced Recovery Time

The precise fit and enhanced fusion capabilities lead to faster recovery times and reduced postoperative complications. 

Single-Use Instrumentation

Streamlined procedures due to single-use, sterile-packed kits reduce the risk of infection and improve surgical efficiency. 

Versatility

Suitable for various corrective surgeries, including varus or valgus corrections, and reconstruction of deformities and fractures in the foot and ankle.