The manufacturing of prosthetics and orthopedic corsets requires the highest precision to ensure optimal fit and functionality for patients. In recent years, digitalization has fundamentally transformed this field. Instead of traditional plaster impressions, digital methods are increasingly being used, offering greater efficiency and comfort. A key component of this advancement is the use of Medical Dots from AESUB, which optimize the 3D scanning process and facilitate the capture of anatomical structures.
During prosthetic manufacturing, a patient’s residual limb is precisely measured using 3D scanning. Medical Dots are applied to the skin before scanning and serve as reference points. They enable a more accurate capture of complex surface structures and organic shapes, ensuring an exact digital model. The production of corsets, such as those used for scoliosis treatment, also benefits from this technology. Previously, orthopedic technicians had to rely on time-consuming, self-developed tools to achieve comparable results.
Medical Dots are made with hypoallergenic medical adhesive, preventing skin irritation. This makes them suitable for use on sensitive skin, including that of children and adolescents. By providing precise markers, they facilitate scanning from different angles, ensuring even the finest anatomical details are accurately recorded.
The combination of Medical Dots, modern 3D scanners, and CAD-supported design enables faster and more precise production of medical aids. This leads to improved fit and reduced production times, offering significant advantages for both patients and manufacturers.
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