Three-Compartment Tibial Bearing

Anatomical structureSpecialization in CR/PS

We offer a selection of 10 sizes to minimize the need for bone resection.

To prevent rotation, the distal surface is equipped with two peg notch.

The maximum stability between the femoral component and bone cement is achieved through the use of surface technology known as send spattering.Tibial Component
Structure that is universalThere are ten distinct sizes to choose from.

Self-designed with a stem and keel structure

The maximum stability between the femoral component and bone cement is achieved through the use of surface technology known as send spattering.The tibial wedge and stem extension may be affixed if necessary.input:
output:Tibial insert CR/PSUniversal framework155 flexion, CR/PS speciality

There are five distinct thickness options available for each length (9, 11, 13, 15, 17).

A locking mechanism is in place to prevent the dislocation of the tibial component and insert. The anterior, posterior, and medial areas of the tibial insert are secured to the tibial component.Patellar ComponentThere are a total of ten distinct thickness options.Three pegs are visible on the surface. The structure is oblique.Tibial Stem Extension

Stem extensions are available in a variety of sizes and lengths.Diverse proximal microporous technologies (Double, HA, Porous) are available to meet a variety of clinical requirements.

Screwing mechanism