Philips CT

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PHILIPS

It is a well-known fact that in emergency situations in the clinical environment, the effectiveness of medical specialists’ decisions is characterized by the accuracy and speed with which they are made. Therefore, they seek to offer their patients high-performance solutions in the field of CT scans, which capture information as quickly as possible and provide an optimal visualization of the patients’ condition. At the same time, in most cases, these systems require the use of a high dose of radiation to capture clear images, which can pose a danger to various types of patients.

That is why Philips focuses on creating a high-performance medical imaging environment through its range of CT computers, which are differentiated by their reliability and ability to be used for an increased daily flow of patients, but also by their high performance, capturing higher quality images at lower radiation doses, for a wide variety of examinations and types of patients. Also, while they may offer doctors the opportunity to provide advanced diagnosis through their integrated tools, as well as long-term upgrade possibilities, they involve reduced operational and energy costs due to their resistant radiological tube.

The Philips CT range covers a wide variety of needs in the clinical field, being segmented into several categories designated for different uses:

Philips CT Premium range

Spectral CT 7500 – Spectral CT system

Computer tomography with 100% spectral detector, which is always on that captures images through 512 slices at low radiation and constantly provides reliable results in less than 2 minutes
23% more reliable diagnosis, second scan 26% less likely
34% shorter diagnostic time than the median obtained at the CT industry level, the duration of the scan being less than one second in the head or chest and less than two in the abdomen or pelvis
Suitable for cardiac therapy, radiology for emergency and interventional situations, but also for oncology and oncological radiology
Possibility of extension of use for cardiac, bariatric and paediatric patients
Easy integration into several types of hospital IT infrastructures and possibility to connect to Philips IntelliSpace Portal or PACS systems.

Philips CT Performance range

CT 3500 – CT system

Philips CT system designed for use in a higher volume of patients daily
It can provide reliable diagnosis by using up to 64 slices and scanning at 55 kW, which promises a low dose of radiation and low contrast detectability
Suitable for a wide variety of examinations and patient types, with many types of configurations of other components, including table or tube system
With the introduction of Philips Ambient Experience the patient experience is radically enhanced by incorporating dynamic lighting, projections and ambient sounds during the patient examination
Significantly reduced operational costs through the Tube for Life warranty, which eliminates the need to replace the tube every 3 years of use
Safety for operator and patient through the software solution for monitoring and management of radiation doses applied DoseWise Portal
It can be configured with various image reconstruction elements, including iDose4, which is an iterative reconstruction technique that provides artifact prevention and dial control to customize image quality according to the needs of low-dose patients, and O-MAR, which reduces artifacts caused by larger orthopedic implants

CT incisors - CT system

Intuitive and advanced Philips CT system combines a design designed for efficiency, safety and comfort with state-of-the-art technologies for diagnostics to the highest standards
It can provide reliable diagnosis by using up to 128 slices and scanning at 70 kW, which promises a low dose of radiation and low contrast detectability
Suitable for a wide variety of examinations and patient types, with many types of configurations of other components, including table or tube system
With the introduction of Philips Ambient Experience the patient experience is radically enhanced by incorporating dynamic lighting, projections and ambient sounds during the patient examination
Significantly reduced operational costs through the Tube for Life warranty, which eliminates the need to replace the tube every 3 years of use
Safety for operator and patient through the software solution for monitoring and management of radiation doses applied DoseWise Portal
Can provide cardiac analysis at a complex level during image post-processing
It can be configured with various image reconstruction elements, including iDose4, which is an iterative reconstruction technique that provides artifact prevention and dial control to customize image quality according to the needs of low-dose patients, and O-MAR, which reduces artifacts caused by larger orthopedic implants

Philips CT Oncology range

Big Bore CT – Radiotherapy & Oncology Simulator & Scanner

Philips CT system that acts as a simulator for radio-oncology treatments
60 cm real scanning field of view for full anatomical view with high precision of integrated laser marker and 85 cm bore aperture
Accelerated workflow thanks to the TumorLOC application, which allows virtual simulations and tumor marker detectors integrated directly into the system control console, including functions such as the location of their isocenter, but also simulations and predictive studies, which have an important role in establishing an effective treatment
It can be configured with various image reconstruction elements, including iDose4, which is an iterative reconstruction technique that provides artifact prevention and dial control to customize image quality according to the needs of low-dose patients, and O-MAR, which reduces artifacts caused by larger orthopedic implants
Offers the possibility of integrating the Pulmonary Toolkit for Oncology to detect tumor motility and facilitate the decision-making process of specialists

Big Bore RT - Radiotherapy & Oncology Simulator & Scanner

Philips CT system that acts as scanner and simulator for radiotherapy and oncology
60 cm true scanning field of view for full anatomical view with high precision of integrated laser marker
Accelerated workflow thanks to the TumorLOC application, which allows virtual simulations and tumor marker detectors integrated directly into the system control console, including functions such as the location of their isocenter, but also simulations and predictive studies, which have an important role in establishing an effective treatment
iPatient patient-centric interface provides optimized control over image quality, radiation dose and image speed, from patient scanning to simulations and treatment planning, at the push of just a few buttons
Improved experience for patients thanks to the large size of the 85 cm bore opening and the possibilities to control their positioning for the most complex procedures, but also by offering an extensive range of light and ambient sound themes during scans, with the role of reducing discomfort caused by procedures
It can be configured with various image reconstruction elements, including iDose4, which is an iterative reconstruction technique that provides artifact prevention and dial control to customize image quality according to the needs of low-dose patients, and O-MAR, which reduces artifacts caused by larger orthopedic implants
Reliable diagnosis by including RMI (iterative model reconstruction) optimizes clinical accuracy and visualization of small details in images, which are also characterized by their high quality offered at lower noise, contrast and radiation dosage