

The G-Scan OPEN is a revolutionary MRI system designed specifically for musculoskeletal imaging, particularly in orthopedics. It features a unique open and tiltable design that allows for innovative patient positioning, enabling the MRI system to capture images from different angles to enhance diagnostic accuracy.
The G-scan OPEN MRI system is a revolutionary approach to MRI for all musculoskeletal applications, enabling you to increase diagnostic accuracy and confidence. Its open and tiltable design is an innovative method for performing MRI, where the patient’s position becomes an integral part of the examination result.
The G-scan OPEN is a “one room” MRI system, meaning the entire system, including the magnet, electronics, and console, can be installed in a single room of just 23 m².
It is based on an optimized permanent magnet, meaning it does not require cryogens or complex cooling systems.
The G-scan OPEN comes with all the necessary network, archiving, and documentation functions, allowing it to operate either independently or as part of an integrated environment. It includes an integrated DVD archiving and retrieval software package, printing facilities, and a patient CD package.
Advanced Capabilities: Enables the study of joints, spine, and head in weight-bearing positions.
Enhanced Surgical Planning and Diagnosis: The advanced Q-Spine software facilitates the analysis and segmentation of the spine under load.
eXP Technology: Maximizes performance and extends imaging capabilities.
Weight-Bearing Imaging: Allows for the real assessment of conditions under natural physiological load.
Metal Artifact Reduction: Advanced sequences reduce distortions caused by metal implants, ensuring accurate diagnosis and post-treatment monitoring.
True-Motion: Allows MRI imaging of patients performing specific joint movements, providing real-time information.
Increased Productivity: Speed-Up technology reduces scan time without compromising quality.
Autonomous Solution: Compact installation, requiring no major civil work, with low energy consumption and no helium required.
CINICAL IMAGING




