Comfort Class in Compact Open MRI
AIRIS Vento LT (0.3T) is the economic, compact and wide open MR solution.
The open system architecture gives not only a feeling of security but also has considerable merits for taking care of small children and elderly patients.
The floating table allows to fit the system into small spaces while giving the possibility of placing the patient always in the centre of the magnetic field.
High image quality is being achieved by making full use of the new Hitachi technologies inside.
Easy Operation for Users and Friendliness for Patients
Laterally Aligned Table
The adoption of a laterally aligned table has realized a combination of compactness and ease of use of MRI systems. The floating-structure table enables quick setting of a target region at the center of the magnetic field, where high-quality images can be obtained. In addition, the table realizes easy positioning of a region deviated from the center of body, such as a shoulder or knee, at the center of the magnetic field.
The design gives friendly impression to patents. It allows the ir relatives to accompany and communicate with them during scanning. This feature expands the possibility of MRI imaging of patients who feel uncomfortable inside gantry, especially children.
High-sensitivity Solenoid Type Receiver Coils
Open MRI systems use a vertical magnetic field and solenoid type receiver coils. They are more sensitive than receiver coils of horizontal magnetic field systems. Even a solenoid type joint coil is sensitive in wide area and offers a large field of view.
Cost and Performance Desired by Management
AIRIS Light's small leakage of the magnetic field makes its required space of MRI scan room small. In addition, AIRIS Light does not require an equipment room, a water cooling system or its related devices which are usually necessary for superconductive MRI systems. Therefore, the system fits into a small space in a medical facility.
High Quality Imaging that Satisfies Needs of Doctors
RADAR (Motion artifact reduction function)
RADAR is an imaging techniques designed to mitigate motion artifacts caused by physical motion, respiration, etc., by filling the k-space radially, not linearly. It is developed for practical use, by making it applicable to any cross-sections, body regions, as well as various pulse sequences.
VASC-ASL* (Non-contrast MR angiography function)
VASC-ASL is a non-contrast MRA imaging function that visualizes blood flows labeled with IR (Inversion Recovery) pulses using 3D BASG (balanced sequence) in the abdomen. It is designed for imaging the portal veins and renal arteries where blood flows at a high speed.
Portal Vain (Non subtraction method)