| Magnet Strength | 1.5T |
| System Model | Magnetom Essenza |
| Brand | Siemens |
| Magnet Type | Supercon |
| Usage/Application | Hospital |
| Magnetic Strength | 1.5 T (Tesla) |
| Machine Condition | Refurbished |
| Machine Type | Closed |
| Bore Size | 60 cm |
| Loan Facility Available | Yes |
| No. of Independent Receiver Channels | 16 |
| Machine Age | 8years |
| Year of Manufacturing | 2012-18 |
| AMC Provided | Yes |
We are engaged in offering MRI Scan Machine to our clients. Our range of all products is widely appreciated by our clients.
Siemens offers a range of popular closed-bore MRI scanners, known for high-field strength and detailed imaging, with key models including the MAGNETOM Espree, Avanto, Sempra, Sola, and Altea, primarily at 1.5T and 3T strength, providing excellent image resolution for complex diagnostics, even if some newer systems lean towards wide/open bores for patient comfort, closed systems remain vital for superior detail. Key Siemens Closed MRI Models:
- MAGNETOM Espree (1.5T): A widely available, reliable closed-bore system, often found refurbished.
- MAGNETOM Avanto (1.5T): Known for its powerful imaging capabilities with advanced TIM (Total Imaging Matrix) technology.
- MAGNETOM Sempra (1.5T): Emphasizes efficiency and daily success in clinical settings.
- MAGNETOM Sola / Altea (1.5T): Newer systems featuring TIM 4G and DirectRF for faster, personalized scans.
- MAGNETOM Vida (3T): A 3T option offering advanced imaging and high performance.
Why Closed MRIs?
- Stronger Fields: Closed systems typically offer higher magnetic field strengths (like 1.5T or 3T), leading to better signal-to-noise ratio (SNR) and superior image clarity and resolution.
- Detail: They excel in detailed imaging for complex areas like the brain, spine, and joints, helping in precise diagnosis and surgical planning.
Siemens vs. Open/Wide-Bore:
- While Siemens also offers open-bore options (like MAGNETOM Free.Max) for claustrophobic patients, closed bores are often preferred for demanding diagnostic tasks requiring maximum image quality.