AVRG is Orimtech’s implementation of a volumetric data reconstruction from the set of two-dimensional X-Ray views

Cone-beam computed tomography (CBCT) reconstruction algorithms and software, geophysics, and non-destructive testing (NDT) applications, CBCT system trajectory registration (measurement), non-ideal andarbitrary system tarjectory support algorithms and software, metal artifact reduction (MAR), noise reducion in image space, equine, veterinary, dental, Hounsfield unit automatic alignment, local tomography, GPU support, demo for download available

Many proprietary solutions that allow to compete, or even outperform, conventional helical CT scanners

AVRG

IMPORTANCE OF PRECISE KNOWLEDGE

Reconstruction of 1 mm bead with assumption of ideal gantry motion (left). The same object reconstructed after gantry vibration measurement and compensation using Orimtech proprietory Geo Calibration technology. The amplitude of the gantry vibration is ~750 micron.

SmallFOV

MOST EFFICIENT APPROACH FOR RADIATION DOSE REDUCTION

Supports local tomography based on non-coaxial FOV and dynamic beam collimation.

The accuracy +/-50HU for FOV diameter 4 cm for a human head scanning.

PROPRIETARY DYNAMIC HU CALIBRATION. ACCURATE CT NUMBERS ACROSS THE SCANNED OBJECT WITH A COMPLEX SHAPE

NoAW

WithAW

PROPRIETARY NOISE REDUCTION ALGORITHM

Noised

NoiseReduced

PROPRIETARY RING REDUCTION ALGORITHM

WithRing

RingReduced

PROPRIETARY METAL-ARTIFACT REDUCTION (MAR) ALGORITHM

NoMAR

MAR