The use of 3D printing technology in the medical field is expanding, especially when it comes to the use of high-performance materials such as PEEK (polyether ether ketone). The groundbreaking case of the Apium M220 3D printer at Skåne University Hospital in Sweden (see link at the end of this article) is a vivid demonstration of the cutting-edge applications of this technology. In this case, a customized PEEK implant was designed, printed, cleaned and sterilized in-house and successfully implanted into a patient. This case not only demonstrates the practicality of the PEEK medical implant solution, but also highlights its multiple benefits.
Advanced Material Advantage
PEEK is a high-performance polymer with excellent mechanical properties similar to those of human bone, ensuring excellent biocompatibility and chemical stability. This makes PEEK extremely important in the field of medical implants, as it is able to withstand the physiological environment for long periods of time without degrading or triggering adverse reactions.
Personalized Customized Service
Gyrotec's 3D printed PEEK implant solution allows for the precise design and "smart" creation of a fitting implant based on the patient's detailed medical imaging data. This process allows for a high degree of personalization and ensures that the implant is precisely aligned with the patient's specific internal structures.
Process Development
As in the case of Skåne University Hospital, the 3D printed PEEK implant solution has been subjected to continuous technological optimization, enabling a rapid transition from design to production and significantly improving productivity. This advancement allows medical teams to respond quickly in emergency or complex surgical situations, providing customized implants instantly.
3D Printed PEEK Implant Solutions
At the upcoming TCT2024 Asia, Gyrotec Technology will also exhibit case studies of its 3D printed PEEK implant technology in craniomaxillofacial repair, mandibular repair, cranial implantation, and craniomaxillofacial plastic surgery. These cases focus on the wide range of applications of PEEK materials in precision medicine and customized treatments. Each case on display highlights the central role of 3D printing technology in enhancing surgical precision and enabling personalized treatment plans, while emphasizing the critical importance of technological innovation in driving the healthcare industry toward greater efficiency and precision.