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Theia application software

Our in-house complete solution

Powerful in the background, easy to use – the software is tailored to the requirements of everyday practice and reliably supports users in every examination.

Screenshot of Genoray's THAIA software in the 3D field of dental diagnostics.

Imaging technology

Small voxels for maximum detail accuracy

Maximum image sharpness for precise diagnoses

Split image of a 3D representation of the jaw area from an X-ray to illustrate the detailed and sharp image with small voxels and the blurred and pixelated image with large voxels.

Comparison of small and large voxels in 3D

The small voxel size makes the finest anatomical structures visible –

for detailed 3D representations and precise diagnoses with minimal radiation dose.

Integrated STL export

From scanning to 3D printing - for the modern digital workflow

Scans are immediately converted into STL format – ready for CAD/CAM or 3D printing.

Workflow software with PortView CD colors.png

One system, all fields of view -
full control over each FOV

Central control of all systems for optimal results

Various example representations of the individual FOV (Free Field of View) of the dental image
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Dose reduction

Different fields of view (FOV) and resolutions always enable the optimal result – from partial shots to complete 3D representations.

Thanks to rapid scanning technology, high-resolution images are produced with

minimal radiation exposure .

One software for all devices – for maximum compatibility, ease of use and efficient workflows.

Various example representations of the individual FOV (Free Field of View) of the ENT image
Dose reduction.png
Dose reduction
Optional extension of the large FOV with skull mode

Improved image processing

SMARF™ (Smart Metal Artifact Reduction Function)

Clear vision even with metal artifacts, thanks to improved image processing .

Comparison of the image quality of an X-ray image with and without SMARF to illustrate the reduction of effects from metal parts

Previously

Afterward

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