Spectral CT 7500 RT

Target with spectral certainty

Take the next big leap in radiation oncology treatment planning

Target with spectral certainty to enhance accuracy in radiation oncology planning. For the first time, you can have spectral insights and true conventional results in a single scan, on a spectral-detector CT system designed specifically for radiation oncology. Philips Spectral CT 7500 RT promotes accuracy in planning while fitting right into your current radiation oncology workflow so you can continue to enhance patient care.

Experience proven spectral accuracy

Use spectral CT results, such as electron density and effective atomic number, for RT planning to enhance visibility for tumor delineation.

Scan as you normally would

Acquire high-quality true conventional CT images and spectral results in a single scan, with easy workflow and without special protocols.

See accuracy in dose calculation

Spectral CT has been shown to reduce proton SPR error by more than 50% compared to conventional CT, resulting in a mean error below 1%.1

Potentially save time and costs

A single spectral scan could help avoid the need for multiple CT scans, as well as scans from other modalities, throughout the treatment cycle.

Spectral CT 7500 RT video

Discover world-first capabilities for your RT planning

  1. >50%

    reduction in SPR error1

    >50%

    reduction in SPR error1

    Spectral CT has been shown to reduce proton SPR error by more than 50%, resulting in a mean error below 1%.1

  2. 1st

    system in the world to offer 4D spectral CT

    1st

    system in the world to offer 4D spectral CT

    Spectral CT 7500 RT is the only scanner for radiation oncology with the ability to perform spectral respiratory gated scans.

Every RadOnc team knows that cancer is becoming increasingly complex

The challenges faced in radiation oncology are significant. Not only are the number of cancer cases rising, but it's becoming increasingly complex to characterize, sub-type and stage tumors. Targeting with spectral certainty means spectral accuracy in planning.
ct tech looking at scan
Spectral accuracy in RT planning
See delineation certainty, with improved visualization and assessment of tumors and organs at risk. Enhance accuracy in photon and proton dose calculation through the stopping-power ratio (SPR) map and direct electron density (ED) results. Quantitatively assess physiologically active tumor regions.
Easy radiation oncology workflow
Always on spectral offers layers of rich spectral results – on demand and with no special protocols. A single dual energy scan with true conventional CT and spectral CT results also potentially minimizes the need for additional imaging modalities.
female techs looking at screen
80 cm extended field of view (EFOV)
The extended field of view of up to 80 cm enables complete visualization of the patient’s anatomy and provides a high level of Hounsfield Units (HU) accuracy.2
patient in rt scanner
Advanced RadOnc capabilities
Perform spectral respiratory gated scans with Spectral CT 7500 RT, the world’s-first spectral 4D CT.
tech and patient in ct simulator
High-performance table for positional accuracy
Spectral CT 7500 RT complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy in CT sim and treatment.
spectral ct 7500 rt with ambient experience
Multimodality Simulation Workspace
Spectral CT 7500 RT is compatible with Multimodality Simulation Workspace (MM SIM3), a multi-modality image platform that supports the conversion of ED and Z-effective spectral results into stopping-power ratio (SPR) maps.
tech looking at screen
Compatible with leading third-party solutions for streamlined treatment workflows
Spectral CT 7500 RT enables streamlined workflow with treatment solutions, including respiratory gated systems and lasers for consistency and ease of use throughout the workflow from simulation to treatment.
tech pointing at screen

Spectral CT can reduce the uncertainty margins during treatment planning.

Dr. Zhong Su, PhD
Physics Director
University of Arkansas for Medical Sciences
university of arkansas for medical sciences
Footnotes
  1. Longarino. Potential of a second-generation dual-layer spectral CT for dose calculation in particle therapy treatment planning. Frontiers in Oncology. 2022. https://pubmed.ncbi.nlm.nih.gov/35530308/
  2. The HU in the EFOV was tested on phantom for soft tissue. The HU error of water as measured on a 30 cm diameter water phantom positioned at 800 mm was -20 ± 20 HU (mean error +/- 2 x standard deviation, resulting in a 90% confidence interval on normal distribution).
  3. Not available in all geographies.
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.
Spectral CT 7500 RT