Targeting with spectral certainty is the next big leap for radiation oncology treatment planning. For the first time, you can have spectral insights and true conventional results in a single scan on a 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.
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
80 cm gantry bore & 80 cm extended field of view (EFOV)
80 cm gantry bore & 80 cm extended field of view (EFOV)
The EFOV of up to 80 cm enables complete visualization of the patients' anatomy and provides a high level of Hounsfield Units (HU) accuracy.
Always on spectral is easy to use
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
World’s-first spectral 4D CT
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
Multimodality Simulation Workspace (MM SIM)**
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
High-performance table for positional accuracy
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
Compatible with leading third-party solutions for streamlined treatment workflows
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
Compatible with leading third-party solutions for streamlined treatment workflows
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.
80 cm gantry bore & 80 cm extended field of view (EFOV)
80 cm gantry bore & 80 cm extended field of view (EFOV)
80 cm gantry bore & 80 cm extended field of view (EFOV)
The EFOV of up to 80 cm enables complete visualization of the patients' anatomy and provides a high level of Hounsfield Units (HU) accuracy.
Always on spectral is easy to use
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Always on spectral is easy to use
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
Scan as usual for layers of rich spectral results –
on demand – in a single scan, without an upfront decision or use of special protocols for effective atomic number (Z-effective) and electron density (ED) results.
World’s-first spectral 4D CT
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
World’s-first spectral 4D CT
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
The only scanner with the ability to perform spectral respiratory gated scans. Spectral results can be used on moving organs.
Multimodality Simulation Workspace (MM SIM)**
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
Multimodality Simulation Workspace (MM SIM)**
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
MM SIM** is a multi-modality image platform which supports the conversion of electron density (ED) and Z-effective spectral results into stopping-power ratio (SPR) maps.
High-performance table for positional accuracy
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
High-performance table for positional accuracy
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
Complies with AAPM-TG-66 and features an indexed therapy top to allow for positional accuracy.
Compatible with leading third-party solutions for streamlined treatment workflows
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
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.
Compatible with leading third-party solutions for streamlined treatment workflows
Compatible with leading third-party solutions for streamlined treatment workflows
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.
* 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).
** Not available in all geographies
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
