Addressing simple to complex calcaneus fractures

The MIS plates are specifically designed for a small incision using a sinus tarsi approach. The mesh plates combine an MIS plate design with a locking calcaneus plate design that address comminuted fractures that require plate strength and the ability to insert screws around the perimeter of the plate. 


  • Hindfoot


  • Hindfoot: Calcaneus Fracture, Medial Calcaneal Slide

System Features




  • These two new plate designs expand upon Zimmer Biomet’s existing non-locking perimeter plate and the A.L.P.S. locking calcaneus plate portfolio therefore providing comprehensive plating options for calcaneus fracture management. 


  • MIS plates are designed to meet the needs of a variety of calcaneus fractures. Small and large standard plates are designed for intra-articular fractures of the calcaneus, whereas the small extended 2-Hole, large extended 2-Hole, and large extended 3-Hole plates are designed for more comminuted fractures that require posterior fixation. These anatomically contoured plates are not designed to be bent or altered by the surgeon. Adequate reduction of the calcaneus will allow good plate/bone apposition. Modification of the plate will alter targeting guide alignment.


  • The Mesh plates are a hybrid of the MIS and A.L.P.S. Locking Calcaneus plates, and are designed to address comminuted fractures where additional screw options may be required. The Mesh plates provide both strength to the inner area of the plate, and flexibility with perimeter F.A.S.T. Tabs that can be contoured to the calcaneus anatomy as needed. In addition, the anterior F.A.S.T. Tabs allow the surgeon to place screws into the cuboid, thus spanning the comminuted anterior process of the calcaneus.


  • The A.L.P.S. portfolio offers multiple screw options including 2.7 mm, 3.5 mm and 4.0 mm locking screws that can be inserted into any locking hole, giving the surgeon intraoperative flexibility. In addition to these locking screw designs, a cobalt chrome 3.5 mm Multi-Directional Locking Screw is available when the fixed trajectory of the screw hole may not be ideal. This allows the surgeon to direct the screw up to 15 degrees  (30 degree cone of angulation) off center. A 3.5 mm Low Profile Non-Locking Cortical Screw is also available to compress the plate to the bone. The design of this screw allows the head to sit level with the plate hole as shown in the illustration below.



These two new plate designs expand upon Zimmer Biomet’s existing non-locking perimeter plate and the A.L.P.S. locking calcaneus plate portfolio therefore providing comprehensive plating options for calcaneus fracture management. 


A.L.P.S.® MIS MESH Surgical Technique Animation

Watch animation

MIS Calcaneus Repair with A.L.P.S.® Calcaneus Fracture Plate with Jordan P. Grossman, D.P.M.

Watch Video

Additional Information

Tailored resources for your patients.

Find videos, articles, and interactive content to guide your patients throughout their surgical journey on, our dedicated patient recovery site.