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Bilateral, weight bearing scans of the foot & ankle give physicians the information they need to assess the biomechanical spatial relationships and alignment of the lower extremities. 

Quick Scan Times
Less than 48 seconds a scan 

0.3mm Slices + X-Ray Views 
3D Reconstructions, Multi-Planar Slices, Simulated X-Ray Views 

DICOM/PACS Compatible

Ultra Low Dose

Fits Anywhere 
48" x 58" footprint 
Standard 115(US)/220(Int) VAC Outlet

Standard Billing 
CPT Code 73700 - CT Lower Extremity

What Physicians are Saying...


Dr. Robert Weinstein, DPM

"True deformity analysis should be performed in the patient's normal stance position, not in artificial constructs."


Dr. Martinus Richter, MD

"The weight bearing CT changed my daily practice. In former times we did standard X-Rays with weight bearing first and then if we were interested in 3D imaging, we sent the patient to CT. This could take days or even weeks. Now I have everything together in one minute."

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Clinical Images

  • ankle arthritis

    Ankle arthritis

  • Bilateral Bone Detail

    Bilateral scan

  • calcaneo fibular impingement

    Fibular impingement

  • 1st MT bone spur

    Bone Spur

  • Talar navicular non union sagittal

    Talar Navicular Non-Union

  • two feet whole

    3D Rendering

Weight Bearing Difference

Weight bearing CT provides three-dimensional biomechanically accurate views of bone morphology, alignment and joint spaces. 

The American Orthopedic Foot & Ankle Society recommends standing (weight bearing) imaging, when possible, to get the most accurate assessment of the foot and ankle. The indications for weight bearing CT are broader than the indications for a lower extremity study on a helical medical CT system. For example, weight bearing CT can be used to investigate rotational dynamics of the hindfoot.

Weight bearing CT is unencumbered by overlapping anatomy, and is shown to be more sensitive and accurate for detection of osteophytes and subchondral cysts than conventional fixed-flexion radiography. 

Low Dose

The effective radiation dose of pedCAT 3D scan is comparable to a few hours of equivalent background radiation. To put it in perspective, a pedCAT scan effective radiation dose is at most about 6 micro Sieverts, and the average person in the U.S. receives an effective radiation dose of about 3000 micro Sieverts per year from naturally occurring radioactive materials and cosmic radiation from outer space. 

Multi-Location Solution

The pedCAT system can be utilized across multiple locations via a mobile imaging solution. CurveBeam Mobile's imaging suites are self-contained and easy to operate. To learn more about how a podiatry practice with a regional presence integrated mobile weight bearing CT services, click here. To learn more about adding mobile weight bearing CT services to your practice or health network, visit CurveBeam Mobile.