SIGNA Artist is a premium 1.5T wide-bore MRI system combining advanced digital RF technology, up to 128 channels, AIR Coils and AIR Recon DL deep-learning reconstruction to deliver high-quality, consistent imaging with efficient workflow. Designed around both patient and operator needs, SIGNA Artist provides wide-bore and feet-first imaging, advanced cardiac and whole-body applications, and scalable upgrade options. Its low-helium magnet technology and upgradeable architecture make SIGNA Artist a powerful, sustainable and future-ready 1.5T MRI solution.
SIGNA Artist is a premium 1.5T wide-bore MRI system from GE HealthCare designed to provide a balance of high image quality, patient comfort, workflow efficiency and long-term upgradeability. The platform combines Total Digital Imaging, up to 128 RF channels, AIR Coils, AIR Recon DL and advanced workflow technologies for consistent imaging across a broad range of clinical applications.
SIGNA Artist was designed with patient comfort as a major consideration. Its wide-bore configuration, feet-first imaging capability and flexible AIR Coils provide greater accessibility and positioning flexibility.
GE reports that AIR Coils can help reduce patient setup time by 59% and patient table time by 37% in its stated comparisons.
The system integrates multiple technologies intended to simplify the examination from positioning through image reconstruction:
AIR Coils → AIR Touch → automated workflow → AIR Recon DL
This combination can reduce manual coil selection and positioning, improve examination consistency and shorten scan times. GE positions SIGNA Artist as a system designed to reduce both technologist workload and radiologist reading fatigue while maintaining consistent image quality.
SIGNA Artist is a versatile whole-body MRI platform suitable for:
GE’s official clinical examples include cardiac MRI, 4D ViosWorks, fetal imaging, 3D Cube T2 and MRCP with AIR Recon DL.
A significant advantage of SIGNA Artist is its scalable architecture. GE HealthCare offers the SIGNA Artist Evopathway, which can transform existing 1.5T systems by expanding the bore to 70 cm, adding advanced AI capabilities and improving patient accessibility without replacing the entire MRI platform.

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