The InkSpace Imaging Pediatric Body Array is a phased array, receive-only coil intended to work with GE 3.0T MRI scanners to provide optimal signal-to-noise ratio and uniformity for high resolution pediatric body MR imaging examinations. The size and layout of individual channels of the InkSpace Imaging Pediatric Body Array were designed specifically to fit the pediatric population for body imaging. The coil is comprised of 24 total channels, with two individual flexible pads, intended to be placed anterior and posterior to the patient, containing 12 individual elements. The elements are optimized to be flexible to conform to a pediatric patient’s anatomy.

The InkSpace Imaging Body Array is a phased array, receive-only coil intended to work with GE 3.0T MRI scanners to provide optimal signal-to-noise ratio and uniformity for high resolution body MR imaging examinations. The size and layout of individual channels of the InkSpace Imaging Body Array were designed specifically to fit body imaging. The coil is comprised of 24 total channels, with two individual flexible pads, intended to be placed anterior and posterior to the patient, containing 12 individual elements. The elements are optimized to be flexible to conform to a pediatric patient’s anatomy.

The InkSpace Imaging Snuggle Pediatric Array is a phased array, receive-only coil designed to work on Siemens 3.0 Tesla (3.0T) MRI scanners. It consists of 24 elements which are optimized to be lightweight and flexible to easily conform to a patient’s anatomy, providing high signal-to-noise ratio. It includes two identical pads, which each contain 12 elements. The two pads can be positioned separately, such that setup time is minimized. The space dinosaur theme is child friendly and designed to help reduce anxiety during the MR scan.

The InkSpace Imaging Silhouette Adult Array is a phased array, receive-only coil designed to work on Siemens 3.0 Tesla (3.0T) MRI scanners. It consists of 24 elements which are optimized to be lightweight and flexible to easily conform to a patient’s anatomy, providing high signal-to-noise ratio. It includes two identical pads, which each contain 12 elements. The two pads can be positioned separately, such that setup time is minimized.