Importance of Electronic Expansion Valve (EEV) in MRI & CT Chillers
The Electronic Expansion Valve (EEV) is one of the most advanced technologies used in medical chillers. In all GALXC chillers designed for MRI and CT applications, EEV ensures ultra-stable temperature control under dynamic load conditions—making GALXC one of the most accurate and reliable chiller brands for imaging centers. 1. Technical Function of the EEV The […]
The Role of Stable Chilled Water Temperature in MRI & CT Image Quality
Image quality in MRI and CT depends heavily on the stability of the chilled water temperature. Even slight fluctuations—less than 0.5°C—can cause magnetic field drift, artifacts, SNR reduction, and visible noise. GALXC High-Precision Medical Chillers, featuring ±0.1°C accuracy, ensure reliable and consistent thermal conditions. 1. Temperature Fluctuation Effects on MRI Temperature instability may cause: GALXC […]
Technical Requirements for a Proper MRI Chiller
An MRI chiller must be accurate, stable, reliable, and compliant with the strict standards required by imaging environments. GALXC Medical Chillers, designed according to the specifications of Siemens, GE, Philips, and Canon, are considered one of the most trusted cooling solutions for MRI systems. 1. Operating Temperature & Precision Control A standard MRI chiller must […]
Why MRI and CT Scan Systems Require Dedicated Cooling?
The performance of advanced imaging systems such as MRI and CT Scan depends not only on their internal technology but also on the precision and reliability of their cooling system. These devices generate substantial heat during operation, and even minor temperature fluctuations can lead to noise, artifacts, reduced image clarity, SNR loss, thermal drift, or […]