3 Tesla MRI

3 Tesla MRI in Turkey

A 3 Tesla MRI in Turkey offers high-resolution imaging with faster scan times and is available in advanced private hospitals.

The 3T MRI uses a stronger magnetic field than standard machines, providing superior detail in brain, spine, and joint imaging. It’s particularly helpful for detecting small lesions, planning surgeries, and monitoring complex conditions.

What is 3 Tesla MRI?

3 Tesla MRI is an advanced magnetic resonance system that provides more detailed and faster imaging with high magnetic field strength.

“3 Tesla” refers to the magnetic field strength of the device, and this value is double that of standard 1.5 Tesla MRI devices. This allows the brain, spine, vessels, and soft tissues to be visualized more clearly. 3T MRI provides a great advantage in the detection of small lesions, early diagnosis, and surgical planning.

It is preferred especially in the fields of neurology, oncology, and orthopedics. It offers high resolution and the ability to scan in a short time. However, it may not be suitable for some patients with metal implants. 3 Tesla MRI offers advanced technology in modern diagnostic processes.

3 Tesla MRI (EMAR) Technology is provided by Sonomed for detailed MR scans. 3 Tesla MRI is preferred in MR imaging examinations to obtain clear and detailed images. You can contact us to get detailed information about 3 Tesla EMAR technology.

Why is 3 Tesla MRI Important?

This technology provides clearer images in magnetic resonance imaging in a shorter time. Therefore, this technology is preferred in meeting needs. EMAR scans performed with this technology are preferred, especially in some branches and examinations.

This technology is resorted to for visualizing risky points in detailed examinations. Specialists undertaking the treatment process may specifically request EMAR images obtained with 3 Tesla technology when performing relevant examinations.

A New Perspective for 3 Tesla MRI

The Magnetom Lumina device developed by Siemens has been presented for the use of specialists with a new perspective among existing 3 Tesla technology EMAR devices. Sonomed Imaging Center has incorporated this technology into its structure with a visionary perspective and made it available to specialists and users.

70 CM Inner Width and Open Tube Technology

The 70 CM tube width offers a more comfortable scanning experience, especially for people with claustrophobia and those who are overweight. In addition, thanks to the “Open Tube Technology,” MRI devices are designed to be more spacious to reduce the claustrophobic effect. Most people who enter the MRI device prefer the open tube technology to perform the scan in a more spacious environment.

3 Tesla MR Image

50% Increase in Speed

Sonomed’s Siemens Magnetom Lumina 3 Tesla EMAR device provides fast examination capability. With the “Turbo Suite” module, it is possible to obtain images 50% faster. Shorter time spent in the MRI device is of great importance for patients. Magnetom Lumina also has motion tolerance technology to minimize patient movement while in the MRI device. Therefore, both the short time spent inside the device and the motion tolerance technology positively reduce the likelihood of the scan needing to be repeated.

3 Tesla EMAR Sonomed

BioMatrix and Artificial Intelligence

The Lumina 3 Tesla MR device is enhanced with detectors and software that detect different variables such as the patient’s breathing, movement, and heart rate, and program a scan accordingly.

In Which Cases Is It Preferred?

Clinicians want detail where it is truly needed. Early detection of small ischemic foci in stroke cases, identification of cortical dysplasias in patients planned for epilepsy surgery, differentiation of pituitary microadenomas as near-border lesions, and clarification of inner ear pathologies are common situations where this device is used. In orthopedics, detail is important for evaluating small joint cartilage injuries, labrum tears, osteochondral lesions, and microfractures.

It can also be preferred in areas such as multi-parametric examination (mpMRI) of the prostate, trigeminal neuralgia cases seeking nerve-vessel contact, endometriosis mapping and pre-planning for uterine src surgeries, characterization of liver foci, and viability and fibrosis mapping of the heart muscle. In summary, the goal is to reduce diagnostic uncertainty and obtain clear findings that will guide treatment.

What Are the Advantages of 3 Tesla MRI?

The advantages are grouped into three axes: image quality, speed, and advanced technique compatibility. Image quality is evident by the sharper delineation of border lines and increased tissue contrast, thanks to a higher signal. Speed reduces motion-induced blurring, especially in liver and heart protocols that require breath-holding; the shorter duration increases compliance for children and claustrophobic patients.

Advanced technique compatibility allows for the safe clinical application of research-based methods such as tractography, perfusion, diffusion tensor imaging, spectroscopy, and functional brain mapping. As a result, it is possible to obtain both structural and functional information in a single session.

How is a 3 Tesla MRI Scan Performed?

The process begins with a safety form and patient history. Pacemakers, brain aneurysm clips, middle ear implants, spinal cord stimulators, shrapnel or metallic foreign object possibilities, dental implants, and tattoos are carefully questioned. After eligibility is confirmed, the patient is prepared with a non-metallic gown; jewelry, watches, credit cards, phones, and similar items that come into contact with the skin are left outside. A coil appropriate for the area to be examined is positioned; this device acts like an antenna to collect the signal.

Rhythmic and loud noises are heard during the scan; earplugs or headphones are used. In some protocols, an intravenous line is opened, and a gadolinium-based contrast agent is planned; this allows for the selective emphasis of tumors and inflammatory foci. Throughout the entire process, communication is maintained with the technician via microphone; breath-hold instructions are given if necessary. Supports with pillows, restraining straps, and a brief practice run may be used to reduce movement.

How Long Does a 3 Tesla MRI Take?

The duration varies according to the region and protocol. Single-region scans such as the brain, knee, or lumbar spine are generally in the 15–25 minute range; multi-region examinations or studies focused on moving organs like the heart can exceed 30 minutes.

The addition of contrast phases and advanced sequences increases the total time; however, thanks to the speed provided by the strong field, most patients complete the scan in less time than expected. One of the most important determinants of the duration is immobility; it is requested that the patient remains as still as possible during the scan, as even small movements can cause blurring in the image.

Things to Consider Before the Procedure

Preparation is critically important for both safety and image quality. Daily makeup products, some glittery cosmetics, and heating patches should be reported as they may contain metallic particles; removal is requested before the scan. Patients with claustrophobia can practice with breathing exercises and visualization methods before the appointment; a low-dose anxiolytic medication may be planned by the physician if deemed necessary.

If a contrast agent is to be used, recent blood tests regarding kidney function are reviewed, and allergy history is inquired. In children, the decision for sedation during long protocols is made jointly with the pediatrician and the anesthesia team; this decision is taken with informed consent. Finally, bringing previously taken films and reports provides speed and accuracy in comparative interpretation.

Is 3 Tesla MRI Harmful?

The method does not contain ionizing radiation; this distinguishes it from X-ray- based methods. There is no data indicating that magnetic fields and radio waves cause permanent damage to human tissue. However, the strong field can interact with MR-incompatible implants and devices; therefore, a safety check is mandatory. Gadolinium-based contrast agents can rarely cause allergic reactions; the decision to use contrast in patients with impaired kidney function is individualized.

Protocols are carefully planned to avoid approaching the specific absorption rate (SAR) limits at the 3 Tesla level; the patient can instantly communicate with the technician if they feel any discomfort. In conclusion, with the correct indication, a trained team, and appropriate device parameters, the risk is quite low.

What is the Process After the Procedure Like?

Returning to daily life is usually possible immediately after the scan is finished. If contrast was administered, a brief warmth or tenderness may be felt in the arm where the IV line was placed; increasing water consumption provides comfort. The reporting time depends on the center’s workload, the variety of protocols used, and the need for comparison with previous examinations.

If a critical finding is detected, early sharing with the physician is pursued. If unusual complaints such as dizziness, nausea, or widespread itching develop after the scan, contacting the health team is advisable.

Are More Accurate Results Obtained with 3 Tesla MRI?

The term “more accurate” gains meaning in the clinical context. The high signal-to-noise ratio provided by the strong field increases detail and can reduce the risk of overlooking very small lesions. However, there is no rule that the answer to every problem will be clearer with a stronger field. For example, if motion artifacts are dominant in some abdominal scans, increasing the field strength alone may not provide a solution without technical optimization.

Peripheral distortions can be more pronounced in patients with metal implants; this is balanced with special sequences and intelligent software filters. In short, when the right patient, the right question, and the right protocol meet, 3 Tesla systems can significantly increase diagnostic value.

3 Tesla MRI in Turkey Cost 2025

In 2025, it is reported that 3 Tesla MRI prices in private hospitals and imaging centers in Turkey generally range between approximately 10,000 TL and 20,000 TL.

The price range varies depending on factors such as the magnetic field strength of the device, the body region being imaged, the need for contrast agents, the center’s city, and the quality of service.

The budget for a routine single-region examination is naturally different from that of a multi-parametric, multi-region study. The healthiest approach is to clarify the question posed by your clinician and determine the scope accordingly; contact us now for 3 Tesla MRI prices.

Frequently Asked Questions

Is 3 Tesla MRI better than normal MRI?

  • If “better” refers to detail, it provides a significant advantage in showing the boundaries of small structures thanks to high signal strength.
  • In terms of speed, it also offers the chance to shorten the duration in most protocols; it can reduce blurring in studies that require breath-holding.
  • Metal artifacts and the noise level can be more pronounced in some cases; therefore, 3 Tesla is not automatically chosen for every patient, and the decision is indication-based.

Does 3 Tesla MRI harm the body?

It does not contain ionizing radiation; in this respect, it is considered safe. There is no evidence that magnetic fields and radio waves cause permanent damage to tissue. The risk is associated with MR-incompatible implants and rare contrast reactions. Completing the safety form and complying with team instructions minimizes these risks.

Is 3 Tesla MRI available in every hospital?

Although the technology is becoming widespread, it may not be available in every center. It is more commonly found in reference hospitals and advanced imaging centers in major cities. What matters is not only the device’s strength but also the protocol design and the team’s experience; the match between the right question and the right protocol determines the diagnostic value.

Is the noise louder in 3 Tesla MRI?

  • The strong magnetic field, along with rapid gradient changes, can lead to higher sound levels.
  • This effect is managed with earplugs/headphones and noise-reducing sequences; extra padding provides comfort for children and sensitive patients.

Are 3 Tesla MRI results available faster?

The scan duration can be shortened in most protocols; however, the primary factor determining the speed of the report is the center’s workload, the complexity of the examination, and the need for comparison with previous scans. Preliminary information is shared quickly for critical findings; the final report is prepared after all layers of the images have been examined.