Dental3D Viewer

Dental3D Viewer — Free CBCT Viewer for Everyday Dental Use Context and Background Dental3D Viewer is a small program made for CBCT and dental images. It is not a hospital PACS but a fast way to open and look at 3D scans. Dentists use it to check jaw structure before implants, and students use it to study anatomy. The focus is on simple tools — load, rotate, measure, export. Because it is free, many clinics add it as a side viewer without extra costs.

OpenOrtho

OpenOrtho — Free Software for Orthodontic Imaging Context and Background OpenOrtho is an open-source project built for orthodontics. The program handles panoramic images, cephalometric studies, and CBCT data. It is not a large imaging suite but a practical tool for tracing, measuring, and planning treatments. Many universities use it in training, while small practices install it as a free side tool for orthodontic cases.

SlicerCMF

SlicerCMF — Open 3D Tool for Dental Planning Context and Background SlicerCMF is built on 3D Slicer but shaped for dentistry and craniofacial work. It is not just a viewer. The software lets doctors cut through scans, build 3D models, and prepare cases before surgery. Universities often use it in classrooms, while hospitals run it for complex jaw reconstructions or implant planning. Its main point — advanced planning without the cost of commercial platforms.

MITK (Medical Imaging Interaction Toolkit)

MITK (Medical Imaging Interaction Toolkit) — Open Imaging Platform for Dental Use Context and Background MITK is an open-source toolkit for working with medical images. It was created for interactive analysis and 3D visualization. In dentistry, it is often used with CBCT scans to study jaw structures, plan implants, or support orthodontic research. The system is modular, so researchers can add plugins and adapt it for specific clinical tasks.

Voreen

Voreen — Open Visualization Framework for Dental Imaging Context and Background Voreen (Volume Rendering Engine) is an open-source framework for interactive 3D visualization. It was originally built for research in volume rendering but later found use in clinical fields, including dentistry. With it, CBCT and CT data can be turned into detailed 3D views of jaw structures, making it useful for implant planning, orthodontic studies, or teaching. Because it is open-source, universities and hospital

CustusX

CustusX — Open Platform for Image-Guided Surgery and Dental Planning Context and Background CustusX is an open-source navigation and visualization platform created for image-guided surgery. It was first used in neurosurgery, but the framework also supports dental and maxillofacial procedures. By combining DICOM data with 3D navigation, it helps surgeons prepare and follow operations more accurately. In dentistry, it is mainly applied in implant planning and jaw reconstruction, especially in acad