3D MicroCT Scanning at Penn State
The Center for Quantitative Imaging provides clients with detailed, non-destructive microCT imaging. The center focuses on two main areas of research: monitoring internal processes in experimental systems and characterizing complex three-dimensional (3D) structure and material composition in natural and synthetic systems.
The technology of microCT scanning creates high-resolution three-dimensional 3D images by using x-rays. To do this, the microCT scanner collects two-dimensional (2D) trans-axial projections (or slices) of the scanned material/specimen. Once collected, the slices are then reconstructed into a full 3D model.
Lab technicians work closely with clients to understand the objectives and offer the best possible solutions, collaborate on the process, and deliver the finest images.
Work with Us
The Center for Quantitative Imaging is available to assist both Penn State researchers and external clients from industry, government, and other universities. Get started:
Computed Tomography Users Group
Join the Penn State Computed Tomography (CT) Users Group, hosted by the Center for Quantitative Imaging (CQI). CT is a powerful imaging technique that creates high-resolution 3D images of anything from delicate fish specimens to complex electronics. This allows for a non-destructive examination of internal structures, providing valuable insights into their composition and function.
Join the CT Users Group
This group is open to faculty, students, and researchers across all Penn State campuses who are interested in harnessing the power of computed tomography for their work.
Capabilities
GE v|tome|x L Micro-Nano CT
High-resolution, 3D-computed tomography
Zeiss Versa 620
Non-destructive sub-micron scale imaging
3D Visualization and Analysis
In the News
Center for Quantitative Imaging Staff
Address
Center for Quantitative Imaging
416 Academic Activities Building
University Park, PA 16802