The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

The Cadence™ Insert components are made out of highly cross-linked polyethylene UHMWPE, rigidly fixed to the Tibial Tray intra-operatively. In conjunction with the Talar Dome and Tibial Tray, the system is intended for both primary surgery and revision surgery applications which are designed to treat ankle arthritis through replacement of the ankle joint with a prosthesis, thereby reducing pain, restoring alignment, and allowing for movement at the replaced joint. These components are available in a variety of sizes and design configurations.

Talar Dome, Size 0, Right

Talar Dome, Size 1, Right

Talar Dome, Size 2, Right

Talar Dome, Size 3, Right

Talar Dome, Size 0, Left

Talar Dome, Size 1, Left

Talar Dome, Size 2, Left

Talar Dome, Size 3, Left

Tibial Tray, Size 0

Tibial Tray, Size 1

Tibial Tray, Size 2

Tibial Tray, Size 3

Insert, Size 00, Left, TH8

Insert, Size 00, Left, TH9