Introducing the first 2001 mT/m at 200 T/m/s commercially available gradients with the highest gradient strength in a whole-body scanner. The whole-body gradient coils will bring significant improvement to diffusion-weighted imaging, enabling the visualization of underlying structures that were previously unseeable. This has potential for furthering the understanding of the composition of voxels, delivering more information that can help to increase the understanding of diseases.
Introducing the strongest 3T MRI system ever made by Siemens Healthineers
From oncological conditions to neurological disorders, MRI plays a key role in the clinical pathway of many patients. But despite continuous medical and technological progress, there are still many diseases not fully understood and patients whom physicians struggle to help.
Siemens Healthineers is pushing the boundaries of high-end 3T MRI to support clinicians and scientists in their mission to address these challenges and ultimately improve patient care. The MAGNETOM Cima.X is the strongest 3T MRI system Siemens has ever produced, providing deeper insights into the human body. Transforming patient care and science, it features Gemini Gradients with 2001 mT/m at 200 T/m/s for an unparalleled whole-body performance.
With MAGNETOM Cima.X, you can make the difference.
Groundbreaking Gemini Gradients
Multi-GPA technology
The driving force of the gradient system is the gradient power amplifier (GPA). The one-of-a-kind gradient array design in the MAGNETOM Cima.X will feature Siemens’s first Multi-GPA Technology with two separate gradient power amplifiers to deliver the required performance for unmatched gradient amplitude and maximum spatial resolution. And new direct Liquid Cooling Technology will enable direct thermal contact with the gradient coolant, maximizing thermal energy transfer and dissipation.
Ultra-advanced 3T magnet
The foundation of the MAGNETOM Cima.X is an exceptional 3T magnet that incorporates the knowledge and experience of Siemens Healthineers’s ultra-high field scanners. The benchmark 3T magnet delivers excellent homogeneity, a large 55 x 55 x 50 cm2 FOV, with a 2,050 mm scan range and outstanding long-term stability. A dedicated network of sensors in the magnet, so called frequalizers, allow constant adjustment of the transmit and receive parameters for maximum SNR.
Deep Resolve
Deep Resolve is an AI-powered image reconstruction technology that takes advantage of convolutional neural networks to accelerate MRI scans. Deep Resolve’s raw data-to image reconstruction and highly accelerated acquisition times are gamechangers in MRI, helping generate actionable insights for patient diagnosis.
Unique complimenting acceleration techniques
Acquisition times in MRI are still a challenge for many vulnerable patients. Simultaneous Multi-Slice helps cut exam times, reduces DWI scan times throughout the body and significantly improves temporal resolution for BOLD fMRI. Compressed Sensing drastically reduces acquisition times and offers new capabilities for 3D imaging, especially in the depiction of dynamic processes of moving organs.
Open Recon
Part of the Open MAGNETOM platform, Open Recon2 inline prototyping allows custom reconstruction algorithms to be easily run and adjusted, enabling seamless workflows. Open Recon also enables standardized inline access via ISMRM raw data format for data transfer and sharing standardized algorithms with other institutions.
Physiologging of physiology data
MAGNETOM Cima.X will allow physiologging of time-stamped physiology signals for fMRI data correction. This makes a difference in data precision by simplifying the correlation of physiology and fMRI data.
BioMatrix Technology
Unique BioMatrix Technology automatically adjusts to patient variability for more personalized exams and fewer unwarranted variations. This efficiently increases image quality and consistency and improves the overall patient experience.
myExam Companion
The AI-based myExam Companion helps optimize the scan workflow with its intuitive interfaces and intelligent guidance, reducing operational complexity for more consistent results and better patient care. It turns data into built-in expertise that helps users efficiently achieve reproducible results.
