Siemens MRI scanners are slowly emerging on the secondary market, offering lower upfront and ongoing service expenses with their zero boil-off magnet design that uses minimal cryogen consumption. A few models, such as the MAGNETOM Espree, are available for sale. What do you consider about نماینده زیمنس.
The MAGNETOM Espree features the world’s shortest 1.5 Tesla magnet, enabling patients to keep their heads out for over 60 percent of exams – reducing claustrophobia significantly. Furthermore, its advanced software includes TIM and Dot technologies for added peace of mind.
MAGNETOM Terra 7.0T
In 2017, the FDA approved for clinical use of the first 7T MRI scanner (Siemens Magnetom Terra system), more than doubling the static magnetic field strength available for medical imaging. At CIA, we have taken advantage of this cutting-edge technology for both research and diagnostic scans with the aim of reaching unprecedented breakthroughs in imaging research and care.
This unique MRI features an actively shielded, whole-body superconducting magnet that is 50% lighter than any other 7T magnet on the market. This allows it to be shipped and installed more quickly and into clinical environments more easily; furthermore, it can switch rapidly between research mode and clinical mode in just seven minutes if desired.
This versatile MRI offers numerous clinical applications, from cardiac to functional magnetic resonance imaging (fMRI). Additionally, its applications extend into vascular, musculoskeletal, neurological, and behavioral medicine – such as imaging cellular structures in musculoskeletal conditions to measuring subcortical brain activity in neuropsychological research or even monitoring metabolic changes associated with obesity.
Siemens MAGNETOM Terra is an exceptional premium solution tailored to facilities with competitive and solution-focused needs. Providing bright images and deeper insights with double the signal-to-noise ratio of a 3.0T system, BioMatrix technology mitigates patient variation in physiology while its 60cm bore and Siemens TIM and Dot technologies make it an ideal option for hospitals upgrading from existing 1.5T systems.
MAGNETOM Aera 1.5T
The MAGNETOM Aera 1.5T provides ample room and power to meet all of your clinical applications. As the world’s first 70 cm Tim + Dot system, this groundbreaking machine combines Siemens’ integrated coil technology with DOT technology for higher productivity, patient comfort, and imaging consistency.
This system’s 70 cm open bore – the tube-like structure in which patients lie during an MRI session – helps alleviate concerns of claustrophobia, while its ultra-short system design enables obese or disabled patients to access it easily. Furthermore, open-bore MRI can ease the anxiety of children and ICU patients as many exams can be completed outside the magnet.
Tim 4G technology on the MAGNETOM Aera uses Direct RF for faster connections and easier set-up, improving SNR for more confident diagnostic interpretations. In addition, GOBrain clinically validated push-button brain exams and CAIPIRINHA reduced breath-hold times are added features to increase productivity further.
DOT (Day Optimizing Throughput) software facilitates more efficient workflows with easy operator input and automation of repetitive tasks such as patient positioning. Furthermore, the MAGNETOM Aera’s Ortho Suite offers fast, straightforward protocols for spine imaging and knee imaging; additionally, it can be combined with Siemens’ Artificial Intelligence Quotient (AIQ) software to automate workflows and generate standard reports.
MAGNETOM Essenza 1.5T
The Siemens Magnetom Essenza 1.5T ultra-short MRI scanner is designed to save hospitals money and space. Equipped with the latest Siemens MRI technology, such as Tim and Daytime Optimization Throughput (DOT), which enhance productivity while decreasing scan times. Furthermore, this lightweight magnet allows installation on higher floors. Various clinical applications, including neurology, orthopedics, whole body imaging, angiography, breast, and pediatric imaging applications, can be carried out on this system.
This refurbished SIEMENS MAGNETOM Essenza 1.5T comes equipped with Tim technology and V-engine gradients (30 mT/m). These advancements enable faster scanning times while maintaining excellent image quality. Furthermore, Siemens recently unveiled their IsoCenter Matrix coil, which is located centrally around the magnet for optimal workflow efficiency, making repositioning patients and coils unnecessary and improving workflow efficiency.
At 173 cm in system length, the refurbished Siemens MAGNETOM Essenza 1.5T MRI machine is one of the shortest 3T machines on the market. Equipped with a temporary magnet and lightweight RF system to reduce energy usage up to 50% more efficiently than traditional 3T machines and free from helium boil-off, making installation into smaller hospitals and clinics much more manageable while saving installation costs.
MAGNETOM Espree 1.5T
The Siemens Magnetom Espree 1.5T mobile MRI was the first wide-bore scanner and revolutionized how hospitals view open MRI. Now one of the most widely-used MRI systems, it provides high-quality images while being highly energy-efficient with minimal maintenance needs and upkeep costs. Furthermore, its easy use enables physicians to perform various tests without moving patients between sessions.
This system featured the world’s shortest 1.5T magnet and was explicitly designed to accommodate patients of all ages and sizes – including children and obese patients. Furthermore, its large opening provides almost one foot of headspace between patients’ heads and the top of the magnet, significantly surpassing traditional systems in offering relief. This spaciousness helps make exams less frightening for claustrophobic individuals while decreasing anxiety levels significantly.
MAGNETOM Espree is the world’s first open MRI equipped with Tim technology, helping to shorten exam times and deliver exceptional image quality. With its 70 cm inner diameter and ultra-short 125cm system length, it enables heads-out or feet-first exams for most exams. Together, these technologies have outstanding imaging performance that increases flexibility, accuracy, speed, and diagnostic confidence, as well as scan an individual patient in just one pass using just a single coil.