3D printed peeps are fast becoming a popular procedure thanks to the ability to print a 3D model of your body, implant devices, and monitor its health. In this blog post, we’ll take a look at what PEEK 3D printing is, how it works, and some potential applications.
What is PEEK 3D printing?
PEEK 3D printing is a new 3D printing technology that allows you to print custom implants, devices, and other medical items using a patient’s cells. With PEEK D Printing, doctors can create custom implants using cells from the patient’s body without removing the implant or requiring surgery. The technology is still in its early stages but could be a big step forward for personalized healthcare.
Benefits of PEEK 3D Printed Implants
3D printing has revolutionized the way products are manufactured in terms of speed and cost. Custom implants are a prime example. With 3D printing, implant manufacturers can create custom implants for each patient. This means implants can be better adapted to each individual’s needs, resulting in greater comfort and less pain.
Furthermore, since implant manufacturers have full control over the design and construction of their implants, they can ensure that all medical requirements are met. This ultimately leads to better-quality implants that are more likely to last long-term.
In addition to these benefits, custom implants provide patients with additional cosmetic options. By being able to create personalized implants, implant manufacturers can provide patients with devices that look more like their own bodies. This not only improves patient comfort but also gives them a more natural look.
Where to Find Suppliers for PEEK 3D Printed Implants
If you’re looking for a supplier of PEEKing 3D-printed implants, there are a few places to start. Some companies offer implants that can be printed using a desktop printer, while others may use more specialized equipment that is not available to the average person.
Junsun Medical offers implantable consumables 3D printed with PEEK. This model has good flow properties and is suitable for injection molding of thin-structured implants and 3D printing of personalized implants.
