IO FiX 2.0’s zero-profile design ensures that implants are placed entirely within the bone, minimizing soft tissue irritation, reducing patient discomfort, and preventing post-surgical wound closure complications commonly seen with traditional plating methods.
The patented X-Post acts as a reinforced metallic bone bridge, providing enhanced stability even for patients with compromised bone quality.
The Morse Taper Locking Technology allows the Lag Screw to lock into the X-Post implant at a fixed 60-degree angle, delivering maximum compression with a more uniform force distribution across the joint (compared to an independent lag screw). The system also contains a non-locking screw option with a 26-degree Cone of Angulation for placement variability.

IO FiX 2.0’s zero-profile design ensures that implants are placed entirely within the bone, minimizing soft tissue irritation, reducing patient discomfort, and preventing post-surgical wound closure complications commonly seen with traditional plating methods.
The patented X-Post acts as a reinforced metallic bone bridge, providing enhanced stability even for patients with compromised bone quality.
The Morse Taper Locking Technology allows the Lag Screw to lock into the X-Post implant at a fixed 60-degree angle, delivering maximum compression with a more uniform force distribution across the joint (compared to an independent lag screw). The system also contains a non-locking screw option with a 26-degree Cone of Angulation for placement variability.