The University of Dundee Institute for Medical Science and Technology has become the first site in the UK to install an ACUSON Freestyle from Siemens Healthcare.
The Freestyle is the world’s-first ultrasound system that has wireless, cable-free transducers that provide unique infection control benefits. The system is being used for a mixture of research and clinical use and is located in the Multipurpose Interventional Suite alongside a Biograph mCT PET-CT and a MAGNETOM Skyra MR also from Siemens Healthcare.
The University of Dundee selected the system for its unique wireless technology and the sterile benefits of a cable-free design. Three different types of wireless transducers have been developed for the system, covering a wide range of imaging procedures. The system is being used in a clinical environment for interventional and vascular procedures in conjunction with Ninewells Hospital. It is also being used by the University for clinical research projects, including the use of ultrasound within an MR system, along with robotics to provide precise placement of probes and ultrasound guided needle placement.
The ACUSON Freestyle provides maximum freedom and ease-of-use with wireless transducers that can be used up to three metres from the system, helping to improve departmental workflow and streamline clinical research. Real-time imaging parameters are integrated into the transducers, freeing staff that would otherwise be needed to operate controls. The system also achieves excellent image quality due to multiple antennas and Pixelformer image processing which automatically focuses the image.
“The first UK installation of an ACUSON Freestyle from Siemens Healthcare marks a milestone in ultrasound technology,” said Brian Kane, regional sales manager at Siemens Healthcare.
“Siemens is very proud to be the first to bring out this highly-anticipated system that incorporates wireless technology, without compromising on image quality. We are delighted to see it is having an immediate impact in both a clinical and research environment.”
