Verida Spectral CT
Spectral CT is now powered by AI
It’s patient outcomes that count. See conclusive results with Verida and its AI-driven imaging.
Verida is the next generation CT system that combines detector-based spectral imaging with an AI-driven imaging chain–including the Spectral Precise Image deep learning reconstruction–for high image quality. We are relentlessly dedicated to you and CT, and now a single low-dose CT scan provides both anatomical and functional insights to tackle complex diagnostic questions, from in-stent restenosis to subtle lesions in oncology and emergency imaging. Keep your workflow moving with rapid on-demand spectral imaging. With Verida, there are no extra steps and no dedicated workstations.
Smart
Bring the power of spectral with an AI-powered reconstruction engine that helps achieve high image quality, preserving small anatomical details.
Simple
With deep spectral workflow integration and AI-powered Spectral Precise Image, Verida* is ideal for high-throughput imaging departments.
Spectral
Verida offers a wide range of spectral applications, delivering functional insights to guide patients faster while optimizing ROI.
Demonstrated results in spectral CT imaging
136%
improved low-contrast detectability with 80% lower noise [1]
The third-generation dual-layer detector NanoPanel Prism Precise detector is designed for AI. Spectral Precise Image is a multi-pass denoising deep learning reconstruction that helps achieve outstanding image quality and preserve small anatomical details. There is less impact from electronic noise.
0-click
reconstructions without delay and spectral results 100% of the time
Time matters, and Verida keeps workflows moving. Scan protocols automatically trigger spectral reconstruction. This means you have spectral results 100% of the time, directly within routine workflow. No dedicated workstations are required. It fits smoothly into existing IT and clinical ecosystems.
2x
faster reconstruction time, compared to the previous-generation spectral CT [2]
Every second counts. Enjoy high-quality spectral imaging at speed for everyday use, including up to 145 images per second with AI. [1] This means a complete thorax-abdomen-pelvis exam in 30 seconds. [1] Read spectral results with Spectral Magic Glass on PACS with minimal impact on data storage.
45%
less energy allows for sustainable scans [3]
Designed for high throughput and efficient workflow, Verida is supported by remote services for proactive monitoring to maintain system performance and potentially extend equipment lifespan while reducing operational cost. Verida optimizes power consumption and manages X-ray tube usage.
Quickly get patients on the right care path, potentially even avoiding the need for scans from other modalities [4]
With spectral information always available and suitable for a range of clinical applications, Verida* delivers functional insights that help you quickly get patients on the right care path, potentially avoiding the need for further scans from other modalities. [4]
AI-driven imaging chain for conclusive diagnostic answers
With Verida*, a low-dose scan delivers anatomical and functional insights to support clear answers to complex questions. AI drives the imaging chain, from the third-generation NanoPanel Prism Precise detector to Spectral Precise Image. See fast, functional, precise results in one efficient CT exam.
The third-generation NanoPanel Prism Precise detector elevates performance
The third-generation dual-layer NanoPanel Prism Precise detector works with the Spectral Precise Image AI-powered reconstruction algorithm to enhance the capabilities of CT imaging. The top scintillator detects low-energy photons, while the bottom scintillator detects high-energy photons.
See higher image quality with Spectral Precise Image
The Spectral Precise Image multi-pass AI denoising algorithm achieves lower noise while maintaining delineation of fine anatomical details for images of higher resolution. This allows for lower dose and higher image quality with improved low-contrast detectability of up to 136%. [1]
Fits right into your workflow with zero-click spectral reconstructions
When every moment counts, speed is everything. Verida* keeps workflows moving with zero-click spectral reconstructions, streamlining the day-to-day operations of technologists. With Verida*, scan protocols automatically trigger spectral reconstruction, directly within your routine workflow.
Read results directly on PACS with Spectral Magic Glass
With Verida*, there are no extra steps and no extra time to gain spectral results. Access full spectral datasets with Spectral Magic Glass on PACS right at the point of care with reduced impact on data storage, with no dedicated workstations, no manual steps and no disruption to current workflow.
Detector-based spectral imaging for faster ROI
Verida* is built to deliver long-term value right from the start. Its AI-driven simplicity makes spectral imaging easy to adopt and use every day. Spectral imaging has shown 34% reduction in follow-up scans and 25% cost savings in clinical practice [5], helping support faster return on investment.
Footnotes
- Performance results were obtained in controlled phantom testing using the MITA CT IQ Phantom (CCT189, The Phantom Laboratory). Low-contrast detectability was evaluated using a channelized Hotelling observer (CHO) model by comparing images reconstructed with Spectral Precise Image under reduced dose test conditions (e.g., 2 mGy CTDIvol) to images reconstructed without Spectral Precise Image under reference test conditions (e.g., 10 mGy CTDIvol), using matched acquisition and reconstruction parameters. Low-contrast detectability was assessed across object sizes ranging from 3–10 mm pins. Improvements in low-contrast detectability ranged from approximately 12% to 202% depending on object size and imaging conditions observed during phantom testing. The reduced dose levels described reflect controlled phantom test conditions and are not intended to represent recommended clinical acquisition protocols or specific clinical CTDIvol values. Image noise improvements reflect reconstruction performance observed in phantom testing and must not be used alone to determine clinical acquisition parameters or target CTDIvol in patient imaging. In clinical practice, CT acquisition parameters, including radiation dose, should be determined by the prescribing physician based on the diagnostic task, patient size, and anatomical region to ensure appropriate image quality.
- Compared to the previous-generation Philips spectral CT system.
- Based on axial body 3D scan with 80% dose reduction. Energy-savings for system preparation is not included.
- Philips internal documentation. Results from case studies are not predictive of results in other cases. Results in other cases may vary.
- Andersen MB et al. Economic impact of spectral body imaging in the diagnosis of patients suspected of occult cancer. Insights into Imaging 2021. doi.org/10.1186/s13244-021-01116-0. Results of customer testimonies are not predictive of results in other cases, where results may vary.
Disclaimer
Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Results in other cases may vary.
Verida Spectral CT