Pilon Plate — Anatomic Distal Tibia Plate

A pilon injury differs from a malleolar fracture in one decisive way: the weight-bearing surface of the ankle is itself broken. Fixation must therefore restore the articular roof, hold the fragments at joint level and keep them there under load. A plate built for this task carries its distal screws close to the joint line and angled to run beneath the subchondral bone, so the reconstructed surface is framed from below.

The anatomic preforming matters here more than anywhere else around the ankle. A plate that already follows the distal tibial contour seats flush once the joint is reduced, and the surgeon can concentrate on the articular reconstruction rather than on shaping hardware. The choice of approach, the reduction sequence and the final construct remain decisions of the operating surgeon, taken from the fracture imaging and the state of the soft tissues.

In fixation the plate is seated against the distal tibia with its distal screws positioned just above the joint line, framing the reconstructed plafond from below. The anatomic contour seats the plate flush against the bone, and K-wire holes allow provisional positioning while the articular reduction is verified under the image intensifier. The plate works alongside the other members of the distal tibia family where the injury pattern extends beyond the plafond itself. The reduction of the joint surface, the implant combination and the screw plan are determined by the operating surgeon.

The plate reproduces the original system contour and hole geometry exactly, so it accepts the screws and instruments described in the corresponding surgical technique without adaptation. BoneCraft stocks the full hole-count run, and a wholesale order can consolidate the pilon plate with the medial, anterior and lateral distal tibia plates of the same family in one shipment.