Real Time Tomography's patented Dynamic Reconstruction and Rendering (DRR) technology revolutionizes how medical professionals interact with tomosynthesis images, enabling precise, real-time insights that support accurate diagnosis.
Originally developed in 2008, this foundational technology has powered our imaging solutions, earning the trust of medical device manufacturers for over a decade. Unlike traditional approaches that rely on pre-generated, fixed image stacks, DRR delivers real-time, on-demand tomographic reconstructions at user-interactive speeds. Our advancements in DRR are backed by several peer-reviewed publications, underscoring our commitment to leading-edge research and innovation in medical imaging.
Key Capabilities
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Super-Resolution Imaging: DRR exceeds the native detector resolution, enabling visualization of finer details than conventional imaging cannot capture.
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True Magnification: DRR reconstructs magnified views at full resolution without interpolation, providing genuine detail enhancement for better visualization of small structures like microcalcifications.
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Dynamic Plane Positioning: Physicians can position the reconstruction plane at exact depths for optimal focus, a significant advantage for examining small structures that may be missed in fixed-slice imaging.
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Multiplanar Reconstruction: DRR enables precise visualization of anatomical structures from various angles not parallel to the detector, such as blood vessels and fractures.
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Customizable Filtering: Instantly toggle between filters tailored for different tissue types and diagnostic needs.
Key Advantages
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Real-Time Interactive Viewing: Using advanced GPU technology, DRR reconstructs images at interactive frame rates, allowing physicians to dynamically explore 3D tissue structures.
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Superior Image Quality: Our artifact reduction technology minimizes common tomosynthesis artifacts, resulting in cleaner, more accurate images.
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Enhanced Clinical Workflow: By eliminating post-acquisition processing delays, DRR enables immediate image review and faster clinical decisions.
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Storage Efficiency: On-demand reconstruction eliminates the need to store large volumes of pre-computed image slices.
Clinical Impact
DRR technology transforms the diagnostic process by allowing medical professionals to engage with tomosynthesis data as true 3D information rather than a simple stack of 2D images. This dynamic and interactive approach enhances diagnostic accuracy while maintaining efficient clinical workflows.
DRR improves diagnostic accuracy through precise localization of lesions and the detailed visualization of small targets such as microcalcifications. By enabling real-time adjustments, DRR streamlines workflows, supporting immediate image review during interventional procedures and reducing the need for re-imaging. DRR’s ability to dynamically adjust reconstruction parameters makes it ideal for both screening and diagnostic applications, enhancing patient outcomes and clinical efficiency..
Built on commercially available hardware and optimized for performance, DRR embodies the future of tomographic imaging, offering unprecedented flexibility, efficiency, and diagnostic precision in medical imaging.