Magnetic resonance imaging
3T MRI
Experience breakthrough innovation with Philips’ unique design
We empower you to advance clinical and diagnostic confidence with cutting-edge technology to help deliver precision imaging for every patient, every exam, every day.
Philips 3T MRI
Performance and precision
Cutting-edge technology empowering advanced clinical and diagnostic confidence
Demonstrated results of our unique 3T MRI technology
99.97%
gradient fidelity to limit image distortion, especially in large fields-of-view
which also deliver up to 65 mT/m and 220 T/m/s with up to 23mT/m RMS. Combined with MultiTransmit, and the seamless integration of Multi Nuclei our 3T MRI scanners support advanced neuro, MSK and molecular imaging, helping to enable new clinical and research pathways.
Uniform RF
to achieve better image uniformity and signal-to-noise, across all patients
MultiTransmit parallel RF transmission uses multiple independent RF sources and patient-adaptive shimming to deliver a uniform B1 field. This reduces dielectric shading, improves contrast, and ensures consistent image quality and robust fat suppression across all patients and anatomies.
How can you get sharper images and increased coverage without sacrificing patient comfort?
Our Xtend magnet, the lightest in the industry, maximizes homogeneity and is designed to accommodate thicker gradient and body coils to deliver a 55 cm field-of-view. This helps enable more comfortable patient positioning, also for larger patients, and better off-center imaging, ideal for wrists, shoulders, and oncology cases. It also improves gradient efficiency, reduces SAR and improves signal-to-noise ratio (SNR) for sharper and faster scans.
Are you struggling with speed, SNR and scan endurance in advanced 3T MRI?
Our unique Vega gradient technology is designed for high-performance imaging and research. Its unique design delivers up to 65 mT/m amplitude, 220 T/m/s slew rate, and 99.97% fidelity [1], which help enable with faster scans, improved SNR and exceptional linearity. With a higher duty cycle and efficient power use, Vega supports long, demanding protocols without compromising image quality or consistency.
Is RF uniformity or SAR limits with 3T MRI affecting your image?
Our 4D MultiTransmit RF technology, standard on all Philips 3T MRI scanners, uses patient-adaptive shimming with multiple independent RF transmit sources to improve B1 uniformity, reduce SAR and enhance image consistency. It helps enable faster scans, better contrast, and more robust fat suppression, especially in body and cardiac imaging. Its unique RF architecture also helps enable 3D APT imaging, expanding diagnostic capabilities in advanced applications.
Image gallery
- Image consistency with MultiTransmit
- Enhanced visualization of brain nerves with MR 7700
- Absence of image distortions
- Soft-tissue neck AVM with Elition S
- High spatial resolution scanning with Elition X
- Contrast-free imaging with Elition X
- Precision made efficient with Elition X
- SmartSpeed Precise Wrist comparison with Ingenia CX
- SmartSpeed Precise Knee comparison with Elition X
- SmartSpeed Precise Prostate comparison with MR 7700
- SmartSpeed Precise Pelvis comparison with Ingenia Evolution
- SmartQuant Precise with MR 7700
Is your 3T MRI scanner holding you back from exploring new clinical pathways?
MultiNuclei lets you scan six nuclei (23Na), carbon (13C), phosphorus (31P), fluorine (19F), xenon (129Xe) and hydrogen (1H). Whether imaging brain, MSK, or abdomen, Multi Nuclei is seamlessly integrated into the workflow as a scan parameter.
Documentation
Amide Proton Transfer weighted imaging - Advancement in molecular tumor diagnosis
PDF|(1.18 MB)
Compressed SENSE - Speed done right. Every time.
PDF|(1.86 MB)
The digital revolution in MRI with dStream architecture
PDF|(1.33 MB)
Accuracy, power and endurance in MRI A modern perspective on gradient system performance
PDF|(1.08 MB)
Footnotes
- Applicable to MR 7700.
- SmartSpeed Precise is considered work in progress and is not CE marked and not available for sale.
- Compared to Philips SENSE imaging.
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.