GE Signa Artist 1.5T

The GE Signa Artist 1.5T MRI Scanner clinical applications make
it an invaluable asset in modern medical imaging

Benefits:
Enhanced Image Quality: The Signa Artist uses
cutting-edge imaging technology,
including GE’s exclusive AIR Technology™ Coils,
which provide superior signal-to-noise ratio,
resulting in clearer and more detailed images.

Patient Comfort: The system features a 70 cm wide bore,
which accommodates a larger variety of patients comfortably,
reducing anxiety and claustrophobia often associated with
MRI scans.

Faster Scanning Times: With the incorporation of
advanced scanning sequences and high-efficiency gradients,
the Signa Artist allows for faster scan times,
increasing patient throughput and reducing the
time patients spend in the scanner.

Versatile Clinical Applications: This MRI scanner is
capable of performing a wide range of imaging studies,
including neuroimaging, musculoskeletal imaging,
cardiovascular imaging, and body imaging,
making it a versatile tool for various medical specialties.

Reduced Operating Costs: The scanner’s energy-efficient
design and streamlined workflow contribute to
lower operating costs, making it a cost-effective solution for
healthcare providers.

Features:
AIR Technology™ Coils: These lightweight and flexible coils
conform to the patient’s body,
providing exceptional comfort and
enhanced image quality.

SilentScan Technology: Signa Artist incorporates noise
reduction technology to perform scans quietly,
enhancing patient comfort and reducing the stress associated
with loud MRI procedures.

SIGNAWorks Applications Suite: This comprehensive suite of
advanced imaging applications supports a wide range of
clinical needs and helps in delivering accurate and
reliable diagnostic information.

Ready Interface: The intuitive user interface simplifies
operation, reducing the learning curve for
technologists and allowing for efficient workflow management.

Motion Correction Capabilities: The system includes technology
to correct for patient movement during scans,
ensuring high-quality images even if the patient moves.