Ankle Arthrodesis Nailing System

An anatomical foot and ankle model showing orthopedic screws and pins in the ankle and foot bones.

Retro Distal Tibia Nailing Bone Model

Long green screw with a round head, shown vertically against a white background.

5.0mm Locking Bolt for Ankle Arthrodesis Nail (Hex Head)

Dark metal screw-threaded barrel with wide, evenly spaced spiraling ridges seen from the side, like a coiled cylinder

Compression Screw for Ankle Arthrodesis Nail (Hex Head), Titanium

Long vertical rod with blue base and multiple green threaded bolts protruding from around the bottom, like an adjustable clamp tool

Retro Distal Tibia Nailing Nail With Screws

Slim brown vape pen or stylus with a blue bottom section and air‑hole openings along the shaft

Retro Distal Tibia Nailing Nail

Product Overview

The Auxein Ankle Arthrodesis Nailing System is designed for tibiotalocalcaneal (TTC) fusion and hindfoot stabilization procedures. The system provides reliable intramedullary fixation to support stable ankle and subtalar fusion while maintaining anatomical alignment and effective load sharing across the fusion site. Engineered with a straight nail design, high-strength titanium construction, and optimized locking options, the system enables controlled insertion, enhanced rotational stability, and consistent fixation performance in complex ankle fusion procedures. Comprehensive instrumentation supports efficient surgical workflow and accurate implant placement.

Ankle Arthrodesis Nailing System

3D rendering of a foot and ankle bones with surgical hardware (screws and plates) stabilizing the tibia/fibula at the ankle.

Ankle Arthrodesis Nailing System

5.0mm Locking Bolt for <br>Ankle Arthrodesis Nail <br>(Hex Head)

Green metal screw with a round pan head and deep threads along the shaft.

5.0mm Locking Bolt for Ankle Arthrodesis Nail (Hex Head)

Compression Screw for <br>Ankle Arthrodesis Nail <br>(Hex Head), Titanium

Dark metal, ribbed cylindrical object with external spiral threads around its circumference.

Compression Screw for Ankle Arthrodesis Nail (Hex Head), Titanium

Ankle Arthrodesis Nailing <br />Nail With Screws

Tall brown vertical rod with green threaded studs extending from a blue base at the bottom, set against a white background.

Ankle Arthrodesis Nailing Nail With Screws

Long slender cylindrical tool with a brown upper section and a blue lower section, centered on a white background.

Ankle Arthrodesis Nailing Nail

Product Overview

The Auxein Ankle Arthrodesis Nailing System is designed for tibiotalocalcaneal (TTC) fusion and hindfoot stabilization procedures. The system provides reliable intramedullary fixation to support stable ankle and subtalar fusion while maintaining anatomical alignment and effective load sharing across the fusion site.

Engineered with a straight nail design, high-strength titanium construction, and optimized locking options, the system enables controlled insertion, enhanced rotational stability, and consistent fixation performance in complex ankle fusion procedures. Comprehensive instrumentation supports efficient surgical workflow and accurate implant placement.

Product Features

Nail Design

The Auxein Ankle Arthrodesis Nail incorporates anatomical and functional design features to support efficient implantation and stable fixation.

Available in different diameters and lengths to accommodate varied patient anatomy:

Nail diameter: 10 mm and 11.5 mm
Nail lengths: 160 mm, 200 mm, and 250 mm
Left and right configurations available for anatomical compatibility.

Key Design Features

Straight Nail Design
Provides reliable intramedullary fixation for TTC fusion procedures.
Integrated Aiming Arm
Designed for accurate locking screw placement and improved surgical efficiency.
Dynamic Compression Slot
Enables controlled compression of up to 5 mm at the fusion site.
Multi-Planar Distal Locking Holes
Enhances angular stability and fixation strength.
Anatomical Compatibility
Available in left and right versions to match patient-specific requirements.
Optimized Dimensions
Designed with multiple nail lengths and diameters for different anatomical conditions.
5.0 mm Locking Bolt (Hex Head): Available in 26 mm–110 mm lengths, designed for secure nail fixation with enhanced rotational and axial stability.
Compression Screw: Available in one size, designed to provide up to 5 mm controlled compression across the fusion site for improved stability.
End Cap: Available in 0 mm, 2.5 mm, 5 mm, 7.5 mm, and 10 mm lengths, designed to secure the nail construct and maintain implant integrity.

Comprehensive Fixation Solution

Designed to provide stable fixation for ankle and hindfoot fusion procedures with a complete range of nails, screws, and dedicated instrumentation.

Optimized Locking Configuration

Static and dynamic proximal locking options provide flexibility according to clinical requirements.
Distal multi-planar screw configuration enhances fixation strength and angular stability.

Controlled Compression Capability

The distal sliding hole allows up to 5 mm controlled compression across the fusion site to support improved fusion stability.

User-Friendly Instrumentation

The integrated aiming arm design helps improve screw placement accuracy and simplifies the surgical workflow.

Improved Stability

The Ankle Arthrodesis Nailing System is designed to provide enhanced mechanical stability through optimized nail geometry and advanced locking options.

Enhanced Rotational Stability

The multi-planar distal locking configuration provides improved resistance against rotational forces and supports stable fixation during the fusion process.

Improved Fusion Site Compression

The compression slot allows controlled compression at the fusion site, promoting close bone contact and supporting arthrodesis stability.

Reliable Load Sharing

The intramedullary nail design enables effective load transfer across the ankle and subtalar joints while maintaining proper alignment.

Stable Hindfoot Alignment

Designed to assist surgeons in achieving consistent hindfoot stabilization in complex deformity correction and revision procedures.