3D Printing in Prosthetics and Assistive Devices
摘要
In the medical sector, 3D printing technology is an advanced breakthrough for numerous uses, particularly due to its ability to tailor designs. It has a considerable impact, ranging from bioprinting to producing clinical products, such as implants, prosthetics, or orthotics. Considering the multitude of invigorating initiatives and groups in each of these areas, we will today offer you a ranking of the top 3D-printed orthotics. Unlike prosthetics that replace an absent part of the body, orthotics are medical devices designed to support, alleviate, immobilize, control, or correct a part of the body. Given that each patient has distinct characteristics, 3D printing is particularly suited for these types of devices and tools. Needing an orthotic or prosthetic device often involves a labor-intensive, complicated, and disorganized process. For manufacturers, producing well-fitting orthotic and prosthetic devices is expensive and demands highly skilled personnel. Patients can expect that, to a lesser extent, a delay in receiving their device, fewer fittings, and enhanced durability. Creating a comfortable, well-fitting prosthetic limb is not merely a science; it is equally an art. 3D printing has the ability to convert today’s custom, handcrafted manufacturing method into a highly reproducible and uniform process, which ultimately leads to more efficient clinics and improved patient results.