Yes. The major advantage of WBCT is that it is performed under real physiological load conditions (with the patient standing). While traditional imaging does not reflect true functional alignment under pressure, WBCT ensures total accuracy by showing exactly how joints and bones behave under the patient’s own weight.

Yes, WBCT uses a significantly lower radiation dose. While conventional computed tomography (CT) often exposes the patient to higher levels of radiation, WBCT technology is optimized to offer high resolution with maximum safety.

WBCT provides a full, highly detailed 3D reconstruction, allowing for precise evaluation of bone morphology and alignment from all angles. In contrast, traditional imaging offers only limited 3D views or relies purely on 2D projections (like standard X-rays).

No, the procedure is extremely fast. The complete image acquisition (scan duration) is typically finished in about 30 seconds. Traditional imaging scans are often slower and may require multiple patient repositionings.

WBCT uses advanced digital measurement tools that are often AI-assisted, ensuring precise, standardized, and automated diagnostics. In traditional imaging, these measurements still rely on manual processes, which can increase subjectivity.