3D Printing

Overview

3D printing is a sophisticated form of additive manufacturing in which objects are constructed layer by layer using various printing technologies and materials, including fused deposition modeling, Stereolithography, Digital Light Processing & Multi-Jetting. The King Faisal Specialist Hospital and Research Centre (KFSHRC) provides on-site 3D printing technology as a service to clinical and research departments, thereby facilitating groundbreaking opportunities for patient care innovation.

Surgical Planning and Modeling

Our service consistently delivers innovative solutions for surgical procedures, encompassing 3D virtual segmentation of complex anatomy and the production of biocompatible cutting guides. These cutting guides are essential in instances where precise angles and dimensions are critical for preserving function and symmetry for effected organ. Our innovations have demonstrably reduced costs, shortened treatment durations, and decreased the length of hospital stays, ultimately enhancing patient satisfaction and quality of care.

Collaboration with clinicians commences in the 3D clinic, where we engage in discussions regarding specific patient challenges and devise tailored solutions, thereby fostering the advancement of personalized medical care.

Research and Innovation

We are dedicated to supporting research initiatives that leverage our ability to produce detailed and accurate models and prototypes through various experimental techniques and materials. By manufacturing models in-house, we are able to customize projects to meet specific requirements, thus broadening our scope for innovation and development.

From research apparatus to anatomical models and surgical devices, we approach new concepts with rigor and determination.

Orthotics and Prosthetics

Our orthotics and prosthetics service is a specialized clinical discipline dedicated to the design, fabrication, and fitting of custom external medical devices that support, align, or replace musculoskeletal functions. Utilizing advanced 3D technologies with precise manufacturing, the service provides tailored solutions ranging from corrective braces to high-performance prosthetic sockets. By integrating these personalized devices into comprehensive rehabilitation plans, our 3D capabilities at KFSHRC empowers patients to regain mobility, enhance physical independence, and achieve a higher quality of life.

Medical Education and Patient Communication

Our 3D printing services function as a vital hub for medical education by providing highly precise anatomical models that bridge the gap between experienced consultants and junior surgeons in understanding the complexity of medical cases. The 3D-printed models also serve as powerful educational tools, transforming complex radiological data into tangible physical representations that clinicians use to explain specific illnesses and surgical plans to patients. By holding a personalized replica of their own anatomy, patients gain a clearer, more intuitive understanding of their diagnosis and the proposed interventions, which significantly alleviates anxiety and improves informed consent. This approach bridges the communication gap between medical teams and families, ensuring that every patient is a well-informed partner in their own care journey.

Heralding New Technologies and Solutions

We are eager to explore new frontiers in 3D printing as our technology and expertise continue to expand. The next objective is to develop services in the fabrication of implantable metallic devices, and prosthetics, areas that will benefit significantly from the personalization capabilities that 3D printing offers. Additionally, we have initiated projects in bioprinting to assist in the management of slow-healing wounds and look forward to broadening the application of this technology in new contexts.