3.0 Tesla Ultra High Field Open Bore MRI Long Island Zwanger-Pesiri

3.0 Tesla Ultra High Field Open Bore MRI

Zwanger-Pesiri is excited to offer the best in the world of MRI to Long Island. With our new 3.0 Tesla Open Bore MRIs in Smithtown and Medford (Siemens VERIO) we are able to combine the highest level of comfort with the highest level of diagnostic confidence available today. With the strongest magnet field strength used clinically, our 3.0 Tesla MRI is ideal for numerous applications including neurology, orthopedics, breast, and vascular imaging.

The Verio has the shortest length and the largest opening of any 3T system on the market today. We are able to reduce a patient's anxiety and discomfort and expand our care to otherwise hard-to-image patients. This system allows us to image extremely obese patients, providing the same detail and accuracy as any scan. We routinely achieve an outstanding level of image quality no matter who the patient.

3.0 Tesla Open Bore MRI brings new benefits

Unique combination of the strongest magnet used clinically with a 2.3 foot open bore
Shortest 3T system on the market today with the greatest level of patient comfort
Head outside the magnet for most studies
More head room, leg room, and elbow room
Ideal for claustrophobic patients, elderly patients, patients with pain or mobility issues, and children
Can accommodate obese patients weighing up to 550 lbs.
Fastest scan times, studies completed in 15 minutes
Patients receive a level of diagnostic confidence never before possible in their studies

With our 3.0 Tesla Open Bore MRI, we evaluate the most complex pathologies quickly and confidently. Physicians are provided with the highest quality images for the fastest and most accurate diagnosis.

Neurological and Orthopedic Imaging

Identifies many tiny abnormalities, including tiny disc herniations and annular tears, which cannot be seen by any other MRI
Earliest detection of multiple sclerosis plaques, small brain metastases and tumors, and small aneurysms
MR Spectroscopy at 3T more reliably distinguishes tumor necrosis from recurrence
Subtle cartilage tears, flaps, thinning, and edema
Tears of ligaments, tendons, and surfaces of menisci