PeekMed
Most surgeons agree that seeing the patient’s anatomy in 3D provides a level of confidence that 2D X-rays simply cannot match. You’ve likely spent years mentally "reconstructing" a joint while staring at a flat film. It’s a skill we all develop, but as surgical complexity increases, "mental math" leaves too much room for interpretation.
But imagine if you could bridge that gap instantly. What if you could have the depth of a CT scan with the simplicity, speed, and cost-effectiveness of a standard radiograph?
In this article, we’ll show you how FDA-cleared AI technology is making 3D planning accessible for every single knee case without the radiation, the logistical delays, or the high costs of traditional 3D imaging.
Here is the deal: when you plan in 2D, you are making critical assumptions about femoral rotation, tibial slope, and bone stock that only become truly clear once you make the first incision. You’ve felt that slight tension in the OR when the reality on the table doesn't perfectly align with the template on the wall.
The best part? That tension is now optional.
Picture yourself in your office between cases. You upload a standard AP and Lateral X-ray of a complex varus knee. Instead of toggling between 2D views and estimating the deformity, a fully articulated 3D model appears in less than 20 seconds.
You can rotate the femur 360 degrees, visualize posterior osteophytes, and simulate your bone resections with sub-millimeter precision. You aren't just looking at a picture anymore; you are holding the digital twin of your patient's anatomy before you even enter the scrub room.
Clinical Precision Meets FDA Standards
PeekMed’s 2D-to-3D reconstruction isn't just a visual aid; it’s a data-driven surgical tool. By using deep learning algorithms trained on thousands of clinical datasets, the system achieves over 90% anatomical matching compared to CT gold standards.
This breakthrough allows for high-tier planning previously reserved for expensive, high-radiation protocols. Because the technology is now FDA-cleared, you can trust that the reconstructions meet the most rigorous safety and accuracy standards required for US clinical practice.
Beyond the OR
Let's talk about the bottom line. Traditional 3D planning often requires a CT or MRI, which means:
- Additional radiation exposure for the patient.
- Logistical delays in scheduling and reporting.
- Increased costs that can jeopardize the profitability of value-based care bundles.
By converting standard X-rays into 3D models, you bypass these bottlenecks. You accelerate the pre-op workflow, reduce instrument turnover by knowing the exact sizes needed, and optimize your hospital's resources.
Why settle for a flat perspective when the world—and your patient—is in 3D? It’s time to stop mentally reconstructing and start precisely planning. The new standard for knee arthroplasty isn't in a lab; it’s on your screen.
References:
Stulberg, S. D. (2022). "The Limitations of 2D Templating in TKA: Why 3D Visualization Matters." Orthopedics Today.
Ribeiro, J. P., et al. (2024). "Validation of AI-based 2D-to-3D Bone Reconstruction: A Comparative Study with CT-scan Gold Standards." Clinical Orthopaedics and Related Research (CORR).
U.S. Food and Drug Administration (FDA). (2025). "510(k) Premarket Notification K241566: PeekMed Web Automatic 2D-to-3D Reconstruction." FDA Medical Device Databases.
