allowing the Technologist to quickly and easily identify and remove all ferromagnetic threats.
NO Invasive pat down or handheld detectors required
OTHER DETECTORS lack the technology to locate the threat, thus leaving the staff guessing and wasting valuable scan time.
alerts on the approach of ferromagnetic threats to Zone IV well before the portal is reached. Warning lights can be seen from both inside and outside the magnet room. The greater the threat, the further away the warning is activated. The audio alarm is activated only at the threshold.
OTHER DETECTORS also have visual warnings but they are NOT visible to staff when inside the magnet room. Relying ONLY on acoustic alarm once the ferrous object is already in Zone IV is simply BAD PRACTICE.
Alarm lights can be seen from both inside and outside the MRI room giving the Technologist full control. ACR and The Joint Commission require control of Zone IV at all times.
OTHER DETECTORS also have alarm lights, but they are NOT visible to staff when inside the MRI room.
suppresses false warnings and alarms by concentrating only on the threats that are trying to enter the magnet room and ignoring surrounding ferromagnetic disturbance. The use of 24 sensors and 18 detection zones ensures uniform sensitivity and detection reliability from head to toe.
OTHER DETECTORS produce great number of irrelevant warnings and false alarms by detecting moving ferrous objects all around the hospital (e.g. techs moving in chairs, gurneys rolling down the hall, close-by elevators, etc...)
for all facility architectural layouts. For outward swinging MRI doors the unit is mounted on the inside part of the door frame. With in-swinging doors on the outside.
OTHER DETECTORS produce image artifacts if installed inside the MRI room. When installed outside the MRI room, one side of the detector is completely blocked by MRI door when opened outwards (85% of the MRI doors open outwards).
by NOT PRODUCING alarm on:
A pair of scissors mistakenly taken by a nurse into the MRI room of Union Hospital in Sha Tin went flying due to the magnetic suction. Luckily, a three-year-old boy who was about to undergo a Magnetic Resonance Imaging scan and his mother standing next to him were not injured in the incident, Apple Daily reports. The mother was furious at hospital staff for failing to observe safety regulations.
“How can I trust them again?” she said.
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For more information visit: www.patientsafety-me.com
For more information visit: www.hlthcp.com
The only course targeted specifically at providing the education necessary to comfortably undertake the responsibilities of being an MR Medical Director/MR Safety Officer.
To download Brochureclick here
For more information visit: www.mrisafetycourse.com
William Faulkner & Associates provides a comprehensive MR facility safety audit along with both MR personnel training (both Level 1 and Level 2). The areas of focus include those specifically mentioned in the most recent ACR Guidance Document on MR Safety. The live training session for Level 2 personnel are approved for either 1 or 2 Hrs of Category A credit (time of the program is at the discretion of the facility).
To download Site Safety Audit Summary click here
For more information visit: www.altuscampus.com