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Radiology – 3D Imaging Lab

Radiology – 3D Imaging Lab

Our highly detailed 3D reconstructions allow for better evaluation of studies in various specialties, from heart and vascular to surgical oncology.


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The 3D Imaging Lab strives to deliver clinically relevant visualization and analysis of medical imaging data within the Penn State Health System. Using a variety of post-processing technologies, we create 3D renderings of CT and MR images to aid in diagnosis and pre-operative planning. In addition, we also provide 3D printing and virtual surgical planning services to clinicians, educators and researchers through the Advanced Medical Technologies Program. Physicians may request our services when ordering an imaging study or at a later time.

Our highly-detailed 3D renderings allow for better evaluation of studies in various specialties, including:

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Safety and radiation dosage monitoring

Our team is specially trained to use the lowest radiation dose that will produce the highest quality images.

Care team

  • Kevin Moser, PhD
  • Russel Dicristina, Lead 3D Imaging Technologist
  • Donita Gilleland, 3D Imaging Technologist
  • Susan Oskorus, 3D Imaging Technologist
  • Lisa VonHauser, 3D Imaging Technologist


3D reconstructions – This is the process of generating a computer model of the 3D appearance of an object from a set of CT or MR images. Studies created in 3D imaging software are easier and faster to read because they more closely resemble the real thing. They make it easier to observe blood flow, heart function, and liver and kidney volumes. They even allow layers of the image to be removed or the image to be rotated to more clearly see all sides of the body part that is the focus of the study. This technology replaces or reduces the need for more invasive diagnostic procedures and provides a means for non-invasive surgical planning.  

3D printed models – In collaboration with our surgical departments, we create an electronic model from imaging data that can then be printed using a 3D printer to serve as a physical model for education and surgical planning.  Explaining a complicated procedure using a precise model of the patient’s actual anatomy is extremely valuable both in reducing risks for errors and in ensuring patient understanding.

Virtual reality-based anatomy visualization – Using specialized software with a holographic imaging display and 3D glasses, we can view patient anatomy in virtual reality. The application of this technology allows a surgeon to practice and a student to learn on a precise representation of a specific patient and medical scenario potentially reducing errors and improving both patient and physician confidence, especially in less frequently performed procedures.

Penn State Health Children's Hospital
Penn State College of Medicine
Penn State Cancer Institute
Penn State University