Mindways provides bone densitometry solutions using two different calibration methods. CliniQCT supports measurement of bone density without the need to scan a calibration phantom with the patient. This calibration method is excellent for bone density screening applications, including measurement of bone density from routine CT scans acquired for other reasons.

Calibration

Mindways also offers a "conventional" calibration method that involves positioning a CT calibration phantom under the patient during CT scanning. This calibration method's sensitivity and additional correction for patient body type may be advantageous in areas such as bariatrics, oncology, and longitudinal studies.

Analyses

All Mindways' QCT solutions include a DICOM server for receiving images directly from the CT scanner, a PACS export module for transfer of the analysis report, and the QCT Pro modular framework providing both hip and spine analysis capability. Additional analysis modules, such as tissue composition, are available for investigational use only.

Beyond Bone Density

Want it all? BIT is compatible with both calibration methods in one platform and offers a wide range of investigational tools, giving the ultimate in flexibility and adaptability.

CliniQCT QCT Pro BIT Description Most popular choice for clinical screening. Determine bone density at the hip and spine without a phantom underneath the patient. Combines state of the art analysis modules with traditional patient-on-phantom calibration for excellent long-term precision and reproducibility. Customize a solution to meet your needs. Combines QCT Pro, CliniQCT, and choice of optional investigational modules. Analysis Capabilities FDA cleared: CTXA Hip Volumetric Spine FDA cleared: CTXA Hip Volumetric Spine FDA cleared: CTXA Hip Volumetric Spine Investigational use only: Bone Investigational Toolkit CT-BIT Tissue Composition Module Calibration No phantom under patient Phantom under patient Operator choice: supports both systems Phantom Type Used for monthly QA. Choice of phantoms. See BIT or contact us for more information.