At Skeltec, 3D technology is used to create innovative, precise, high-performing, comfortable, and high-quality orthotics. Specially designed for the feet of the person wearing them, 3D orthotics offer a wide range of benefits for both patients and healthcare professionals, and are considered the future of podiatry. Here are the main reasons to prefer this type of model over traditional orthotics.
Advantage of 3D-Printed Orthotics: They Are Better for Reducing Pain
The 3D orthotics is the result of close collaboration between the podiatrist or doctor conducting an initial assessment, and the orthotist who evaluates and selects materials based on the diagnosis. This teamwork, combined with cutting-edge technology, results in an orthotic that is completely tailored to the patient’s foot morphology and addresses the specific pathology they are dealing with.
It is this extreme precision and custom molding that make the 3D orthotics a true breakthrough in podiatry. These two factors also allow for effective correction and relief of the areas of the foot and ankle that need it.
As a result, compared to traditional orthotics, 3D orthotics provide superior support and a significant reduction in the pain experienced daily or during activities that put strain on the feet.
Advantage of 3D-Printed Orthotics: They Offer a Higher Level of Comfort
One of the key advantages of 3D orthotics compared to traditional orthotics is the comfort they provide. More flexible, lighter, and better fitted to the foot than traditional models, 3D-printed orthotics support the patient in their everyday life, whether walking normally or engaging in sports, almost like a second skin.
Skeltec takes comfort a step further by adapting its orthotics to the season, with 3D orthotics specifically designed to withstand the cold and be worn during winter activities like ice skating, skiing, snowshoeing, and more.
Advantage of 3D-Printed Orthotics: Their Lifespan is Superior
Because they are perfectly fitted to the patient’s foot morphology, 3D orthotics offer a longer lifespan compared to traditional orthotics. The better the quality and the precision of the mold, the longer the wear will take to appear. This is a significant difference, as 3D orthotics can last between 5 and 10 years, while traditional models typically last only 1 to 5 years.
However, be cautious! While the quality and fit are better, 3D orthotics still require proper maintenance to last as long as possible. Patients and podiatrists should also plan regular check-ups to ensure the orthotics remain effective and properly adjusted.
Advantage of 3D-Printed Orthotics: The Creation Process is Simplified
The design process of Skeltec 3D orthotics offers a much more pleasant experience than traditional orthotics, for both the patient and the healthcare professional.
Firstly, in terms of pure design, the process of taking impressions and molding is greatly simplified by the use of fast, simple, and precise 3D technology.
Other benefits of 3D orthotics include excellent value for money, the use of computerized prescriptions, and the ability for the podiatrist and orthotist to collaborate for greater efficiency. Everything is set up to streamline the design process: saving time, money, and ensuring optimal results.
3D-Printed Orthotics: A Future Solution for Foot Health
Although traditional orthotics are effective and still widely used, 3D orthotics represent a significant advancement that more and more foot health professionals are choosing. Notable pain reduction, better morphological correction results, increased comfort, longer lifespan, and a simplified creation process: the 3D orthotic is as advantageous for the patient as it is for the podiatrist and orthotist.
If you’re interested in this option, don’t hesitate to contact your Skeltec product retailer to discuss it in more detail.