Whole-body tomography CT scanner Verida

Overview Verida delivers detector-based spectral CT with AI-driven reconstruction to provide combined anatomical and functional information from a single low-dose acquisition, supporting confident clinical decision-making in routine practice.

Product type Spectral-detector CT scanner; component of CT imaging systems.

Key features

• AI-powered spectral imaging chain: integrates Spectral Precise Image reconstruction to enhance image quality and diagnostic confidence in routine workflows.
• Single low-dose spectral scan: acquires anatomical and functional spectral data in one exam to address complex clinical questions such as in-stent restenosis and subtle oncologic lesions.
• Third-generation NanoPanel Prism Precise dual-layer detector: top scintillator for low-energy photons and bottom scintillator for high-energy photons, enabling detector-based spectral separation and improved artifact correction.
• Spectral Precise Image multi-pass AI denoising: reduces noise while preserving fine anatomical detail to improve low-contrast detectability (in-house data reports up to 136% improvement vs conventional CT and spectral results).
• Designed for high throughput: short scan times and optimized workflow with stated capability up to 270 exams/day under specified conditions.
• Clinical and IT integration: intended to integrate with existing clinical systems and PACS to support routine high-volume environments.

Technical details and explanatory information Verida combines the NanoPanel Prism Precise dual-layer detector with the Spectral Precise Image AI reconstruction. The detector separates low- and high-energy photons at acquisition to produce detector-based spectral data for every scan. The multi-pass AI denoising algorithm reduces image noise while maintaining delineation of fine structures, enabling improved low-contrast detectability and potential dose reduction depending on clinical task, patient size and anatomy. The system is positioned to deliver both anatomical and functional spectral insights from a single low-dose acquisition to support timely diagnoses.

Regulatory / availability notes Pending 510(k). Not available for sale in the USA. Performance and dose-reduction claims are based on in-house phantom data and reference protocols; clinical dose reductions vary with task, patient size and anatomy and should be assessed with a radiologist and medical physicist. Some comparisons reference previous-generation Philips spectral CT systems.

Technical specifications

• Model name / commercial designation: Verida
• Manufacturer / Brand: Philips
• System type: Spectral-detector CT scanner (detector-based spectral CT)
• Detector: Third-generation NanoPanel Prism Precise dual-layer detector (top scintillator for low-energy photons; bottom scintillator for high-energy photons)
• Reconstruction / AI algorithm: Spectral Precise Image multi-pass AI denoising
• Imaging outputs: Anatomical and functional spectral results from a single low-dose scan
• Image quality claims: Improved low-contrast detectability (claimed up to 136% improvement vs conventional CT and spectral results in in-house data)
• Artifact management: Beam-hardening artifact correction via dual-layer detector approach
• Throughput: Designed for high-throughput environments; cited capability up to 270 exams/day under specified configurations
• Integration: Designed to fit into existing IT and clinical ecosystems
• Intended benefits: Faster access to functional results, improved diagnostic confidence, potential for dose reduction depending on clinical use
• Regulatory/availability: Pending 510(k); not available for sale in the USA