MAGNETOM Verio Upgrade
Upgrade your MAGNETOM Verio to MAGNETOM Skyrafit
MAGNETOM Skyrafit1 offers various technological features, aiding you in obtaining excellent image quality and transforming your 3T productivity.
Siemens' unique technologies
- Tim 4G: The 4th generation of proven Tim (Total imaging matrix) technology provides up to 204 coils elements with up to 64 channels for the accuracy you need.
- Dot: The next movement in MRI. Dot is a new way of scanning in MRI – a better way. Dot scanning uses a suite of customizable engines. Allowing the user to personalize exams according to patient needs, build in step-by-step user guidance, and automate MRI exams – either "out of the box" or based on the institution's standards.
More information about Dot and all of the Dot engines.
- TrueForm Magnet and Gradient design: Enables imaging of large volumes with Open Bore and short magnet design without compromising spatial resolution or speed.
TrueForm Magnet and Gradient design Brochure 2.2 MB
- TimTX TrueForm: Includes innovative techniques in the RF excitation hardware as well as new application and processing features enabling uniform RF distribution in all body regions.
TimTX TrueForm Brochure 2.2 MB
MAGNETOM Skyrafit with its 70 cm Open Bore design has a unique TrueForm Magnet and Gradient design for excellent image quality.
Tim’s revolutionary all digital-in/digital-out design Direct RF allows for higher signal purity and improved stability. All transmit and receive components are located at the magnet.
- Optical links between magnet and equipment room to achieve high RF stability
- Transmit and receive components are integrated in the magnet housing
- Dual-Density Signal Transfer enables ultra-high density coil designs by integrating key RF components into the local coil
Siting and installation
MAGNETOM Skyrafit allows for a fast installation and easy siting and required a smaller installation area than most 3T systems.
1The product is still under development and not commercially available yet. Its future availability cannot be ensured.