University Hospital Geelong is the first hospital in the southern hemisphere to offer a new generation of high-resolution, low-radiation cardiovascular x-ray imaging technology.
The Barwon Health Cardiology cath lab has installed new Siemens ARTIS icono cardiovascular interventional suite, which it says provides better quality imaging with reduced radiation doses.
The new angiography suite is just one of just two in operation in the world – and the only one outside of the manufacturer’s German base, according to director Associate Professor Chin Hiew.
He says the angiography image quality difference is like the leap from standard-definition televisions to 4K high-definition screens.
“Having had a few weeks of experience with this machine, the image quality is spectacular without compromising the amount of radiation exposure,” he says.
“The radiation level is actually reduced by up to 70%, making it safer for patients and the staff operating the machine.
The new technology is also quicker, less noisy and it has additional features that eliminate the need for peripheral machines in the same lab,” he added.
Barwon Health was able to secure the machine before its worldwide release after visiting the Siemen headquarters in Germany when it was in development.
”We are now a reference site for hospitals across the country to do site visits and see the machine when they are considering installing one,” he said.
According to the manufacturer, the ARTIS icono platform is based on an OPTIQ system that fundamentally redesigns image processing for 2D imaging.
“OPTIQ increases image quality across a wide range of C-arm angles and patient weights, regulating acquisition parameters to automatically achieve optimal image contrast at patient radiation doses that conform to the As Low As Reasonably Achievable (ALARA) guiding principal for radiation safety,” it says.
“The platform also improves the Siemens Healthineers roadmap function, which creates subtracted angiography images for easier navigation of the patient’s vascular system during subsequent fluoroscopy, allowing dose reduction during the fluoro mode.