In the case of a patient affected by diabetic foot, prescribing orthopedic orthotics specifically designed for this condition is essential. In this article, we explain how 3D orthotics work for this issue and why they represent an optimal solution for treating individuals suffering from it.
What is Diabetic Foot?
Diabetic foot, or neuropathic foot, is a consequence of poorly controlled diabetes that progressively damages the nerves and blood vessels. This condition is characterized by reduced foot sensitivity and insufficient oxygen supply to this part of the body. It can manifest as numbness, tingling, or even total loss of sensation in the affected area. This is a major issue because, in the event of an injury, the patient may not feel anything, allowing the condition to worsen.
Destruction of tissues can also lead to various wounds, which, if not treated promptly, can cause gangrene in the most severe cases. Finally, diabetic foot also leads to deformities of varying degrees (such as hallux valgus) as well as reduced natural foot hydration.
The Risks of Improper Orthopedic Treatment for Diabetic Foot
It is crucial to prescribe the right treatment for diabetic foot. If not, the consequences can be very serious for the patient, sometimes leading to amputation in the case of gangrene. This is an extreme situation combining tissue ulceration, infection, and poor blood circulation. To avoid this drastic measure and properly treat diabetic foot, the prescription of 3D orthotics is an essential and personalized preventive solution.
How Do 3D Orthotics Treat Diabetic Foot?
3D orthotics offer extreme precision, both in measurement and design. They provide custom-made orthotics of optimal quality that can correct the pathology the patient is suffering from, offering relief in daily life.
For individuals with diabetic foot, 3D orthotics are used to prevent injuries, particularly the risk of plantar ulcers. This is possible thanks to a fully personalized and comfortable surface, the use of high-quality materials, and precise analysis of pressure points.
This type of device works on two crucial points: shape and support, to provide better weight distribution (less pressure on affected areas). Then comes the sensitivity of the skin, which is significantly weakened in diabetic patients. The 3D orthotic is designed to minimize friction that could create or worsen existing wounds.
How to Design a 3D Orthotic for Diabetic Foot Treatment?
Designing a 3D orthotic involves highly precise scanning of the foot, considering its surface and volume down to the millimeter. This analysis is made possible with the use of an iPad equipped with a 3D sensor. The collected data is sent to the laboratory, where it is transformed into an orthotic and then printed in three dimensions.
As mentioned earlier, the materials used are just as important as the shape of the orthotic for treating diabetic foot. They must not be harmful to the skin, especially if it is already irritated or wounded. The primary goal is to prevent the formation of ulcers by offering a soft and comfortable support for the foot.
Feel free to explore our various articles to better understand the functionality and benefits of Skeltec 3D orthotics.
3D Orthotics for Optimal Diabetic Foot Treatment
With its ultra-precise fit, the comfort it provides, and its high-quality materials, 3D orthotics are the best device for treating patients with diabetic foot. By considering pressure points and areas of pressure under the foot, minimizing friction and other factors that could damage the skin, it helps alleviate pain while avoiding injuries as much as possible. Would you like to offer 3D orthotics to your diabetic foot patients? Our Skeltec teams are here to answer all your questions. Contact our network