Revolutionizing Radiation Oncology Treatments Through Patient-specific Stents

Radiation oncology for head and neck cancer is being revolutionized through the use of innovative 3D printing technology to address the critical challenge of radiation-induced toxicities. A patient-specific oral stent designed to protect healthy tissues during radiation therapy ensures precise and stable positioning, which reduces radiation exposure to nearby critical structures. As a result, radiation oncologists can deliver more accurate and highly targeted treatments, enhancing the efficacy of the therapy while preserving patients' quality of life.

A distinguishing aspect of our innovation is the rapid production and delivery of these 3D-printed stents, completed within 72 hours. This quick turnaround enables oncologists to promptly incorporate this personalized device into their treatment regimens, improving the adaptability and efficiency of care. Allowing accessibility by enabling Point-of-Care 3D printing in cancer centers across the U.S. This approach decentralizes manufacturing, allowing cancer centers to produce these cutting-edge, patient-specific stents on-site. This localized solution ensures that personalized treatments are available to patients, regardless of geographic location, fostering equity in advanced cancer care.
This presentation will explore the development process, clinical impact, and potential scalability of our technology, offering valuable insights for healthcare professionals and technologists interested in the intersection of 3D printing and oncology.