Aortha Carbon Morton's Toe Plate - 2.3mm

Product Description

Carbon Morton Toe Extension Plates are designed to offer rigid support and motion control for conditions such as Morton’s Toe, hallux rigidus, and Turf Toe. These extension plates use a blend of high-strength carbon and glass fibres set in a durable polyolefin matrix. The rigid design limits motion in the affected toe joints, providing relief from pain and preventing further injury while ensuring comfort during prolonged use in orthotic devices or footwear.

Key Features

• High Strength-to-Weight Ratio: Built from performance-grade graphite, these plates offer excellent strength and durability without adding unnecessary bulk, making them ideal for daily wear in both custom and off-the-shelf orthotic devices.
• Rigid Support for Toe Conditions: The Carbon Toe Plates are specifically designed to immobilise and stabilise the forefoot, particularly for individuals with Morton’s Toe, hallux rigidus, or Turf Toe. This support reduces discomfort and prevents further damage to the toe joints.
• Resilient and Durable: These plates maintain their structural integrity even under heavy, repeated use. They resist cracking and will not lose their form, ensuring long-term performance and consistent support.
• Easy to Bond: These plates are compatible with conventional adhesives, making them simple to bond with other orthotic components.

Size: 200mm x 90mm
Thickness: 2.3mm

Applications

Carbon Morton Toe Extension Plates are suitable for use in both custom and prefabricated orthotics. They are especially beneficial for patients with conditions that require restricted movement in the toe joints, such as Morton’s Toe or hallux rigidus. The rigid structure stabilises the forefoot, reducing pressure on the metatarsal heads and aiding in gait correction, making them an ideal choice for both therapeutic and everyday footwear.

The Carbon NRG Morton Toe Extension Plates offer a robust, high-performance solution for patients who require motion limitation in the forefoot due to toe-related conditions. Their durable, easy-to-customise design makes them an excellent option for orthotists and healthcare professionals looking to improve patient outcomes by providing long-term support and comfort.