Human imaging
Wireless Litzcage Head Coil
A low-cost, inductively coupled head coil that needs no cable to the scanner and has built-in detuning, for high-quality T1, T2 and FLAIR brain imaging.
- 1.5T
- 3T
Products · Human imaging
Self-Decoupled Flexible Receive Array
Lightweight, conformal multi-channel arrays based on our self-decoupling technology, with high SNR and no overlap or decoupling networks.
Key features
- Self-decoupled elements: good isolation without overlap or complex decoupling circuits
- Flexible and conformal, so it sits close to the body for higher SNR
- Freely positioned elements make it easy to adapt the array to different anatomies
- Robust to loading and bending variations
Overview
In conventional arrays, neighboring elements must be overlapped or connected through decoupling networks. That limits where elements can go and makes flexible designs hard to build. Our self-decoupled coil balances the electric and magnetic coupling between elements so that they decouple by themselves. This allows lightweight, flexible arrays that wrap closely around the anatomy.
The science behind it
- 2018
Self-decoupled radiofrequency coils for magnetic resonance imaging
Nature Communications, 9:3481
- 2017
New resonator geometries for ICE decoupling of loop arrays
Journal of Magnetic Resonance
Journal
Other products
All products
Preclinical
Preclinical Coil & Animal Management System
High-performance RF coils for small-animal scanners, with an integrated animal cradle and coil management hardware for reproducible positioning.
- 4.7T
- 7T
- 9.4T
B0 shimming
RF-Transparent B0 Shim Array
Multi-coil B0 shim arrays that are transparent to RF, so shim coils can sit right next to the anatomy without degrading RF performance.
- 3T
- 7T
Looking for a coil for your study or scanner?
Tell us your scanner (vendor and field strength), the anatomy and the application. We'll recommend a configuration and send a quote. We also welcome custom designs and research collaborations.