News and Events
Aspect Imaging Announces FDA Clearance of Embrace; the first dedicated Neonatal MRI System for the NICU
TEL AVIV, July 25, 2017 – Aspect Imaging, a developer of compact high-performance MRI systems, has announced today, that it has received Food and Drug Administration clearance for the first neonatal-dedicated MRI system, EmbraceTM Neonatal MRI system. Since EmbraceTM is specifically designed to be placed in the NICU, the unnecessary time and risk involved in transporting infants to an MRI facility outside the NICU is avoided.
The EmbraceTM Neonatal MRI system enables safer imaging of vulnerable newborns, allowing medical staff and parents to be present during scanning. With this dedicated NICU MRI scanner, preparation and scanning takes less than an hour.
The EmbraceTM Neonatal MRI System does not require a special safety zone or an RF-shielded room, and can therefore be placed inside the NICU. Since the system is fully enclosed, medical device implants in close proximity to the system are not required to be “MR Conditional” or “MR Safe”.
The operating and maintenance costs of the EmbraceTM MRI system are much lower than conventional superconductor MRIs due to Aspect’s magnet technology which requires no cooling system and has low power consumption.
“The vision of Aspect Imaging is to bring clinical diagnostic information to where it is needed the most, and to help neonatologists with their diagnostic decisions. It is now possible to routinely scan premature babies in the NICU, almost immediately after birth, helping to increase the quality of life and improve care for newborns, by assisting in the early detection of health issues, enabling at-risk babies to grow into healthy children,” said Uri Rapoport, CEO and Founder of Aspect imaging.
About Aspect Imaging Ltd. (Aspect)
Aspect Imaging is the world’s leader in the design and development of compact MR imaging systems for preclinical and medical applications. With breakthrough technology in compact, high-performance, permanent magnets, it offers self-shielded MRI and PET/MRI systems with minimal maintenance and installation requirements, well suited for a wide variety of in vivo applications and research models.