MRI scans are non-invasive tests that use high magnetic fields and radio waves to show the inside of the body in detail into images. MRI scans do not emit radiation, so they are suitable for physical examination, diagnosis and follow-up of most parts of the human body, including the musculoskeletal and nervous systems.
An MRI machine or scanner uses a powerful magnet and radio waves linked to a computer to create remarkably clear and detailed cross sectional images of the body. To visualize an MRI, think of your body as a loaf of bread with its many slices.
The MRI allows the physician to see many different “slices” of a body part by taking pictures from outside the body. The “slices” can be displayed on a video monitor and saved on film or disk for analysis. MRI can be used to view, monitor, or diagnose spine, joint or muscle problems, abdominal tumors and disorders, brain tumors and abnormalities, breast cancer, heart or blood vessel problems.
Magnetic resonance is based on the use of high magnetic fields and radio waves to cause the hydrogen nuclei (protons) in the body to generate a signal. Protons can be found in water molecules, and the human body is made of large amounts of water molecules. MRI images are generated by computer operations from these signals.
The image quality, speed and examination accuracy are superior to those in the past. At the same time, it can improve the accuracy and repeatability of inspection, and optimize the inspection process (Dot engine). The head is outside the fuselage to reduce claustrophobia. The new technology can also reduce the noise of some inspections by 70 percent, further optimizing the inspection environment.
Product Details:
Brand | GE |
Model Name/Number | Discovery |
Magnetic Strength | 3 Tesla (T) |
Machine Condition | Refurbished |
Machine Type | Closed |
Bore Size | 60 cm |
Max. Amplitude | 50 mT/m |
Max. Slew Rate | 200 T/m/s |
This MRI system is equipped with a broad range of coils, for use in neurological, musculoskeletal and vascular research fields.
Product Details:
Minimum Order Quantity | 1 Piece |
Brand | Alltech |
Model Name/Number | EchoStar 1.5T |
Magnetic Strength | 1.5 Tesla (T) |
Machine Condition | Refurbished |
Machine Type | Closed |
Bore Size | 70 cm |
Max. Amplitude | 33 mT/m |
Max. Slew Rate | 120 T/m/s |
Patient Weights | Up to 550 lbs |
Alltech MRI, the most cost-effective wide bore MRI system in the world to the Indian market. The system is designed and manufactured with all core technologies in house. It delivers an excellent user experience by affordable cost of ownership (30 to 40% economical than others) clinical versatility, enhanced process efficiency and ease-of-use.
The AMSA Comfort features a zero-boil-off magnet, a 71 cm patient aperture and a 550 lb. patient transport system. With ten years of experience in the global MRI market and more than 250 high field systems installed, Alltech is poised to grow significant share in the Indian market with this product.
Whether you are looking for your first MRI system, or you want to enhance the comprehensive diagnostic capabilities of your facility by replacing aging MRI, EchoStar 1.5T MRI is your best choice.Product Details:
Minimum Order Quantity | 1 Piece |
Category | Diagnostic |
The Siemens MAGNETOM Verio 3T MRI brings 3T field strength, 70 cm Open Bore, and Tim+Dot together in one powerful system – MAGNETOM Verio. Invest in this MRI system that helps to make you a leader, with the versatility to provide a wide range of clinical applications today and well into the future.
Siemens Verio 3T MRI Features:
Siemens Verio 3T MRI Specifications:
Additional Information:
The refurbished Siemens MAGNETOM Espree 1.5T MRI scanner includes an ultrashort 170cm and wide open 70cm bore. The Siemens MAGNETOM Espree 1.5T MRI machine can hold up to 550lbs on the table in horizontal and vertical movements. Combined with its 70cm bore, this is a system that works well for larger patients.
The Espree 1.5 Tesla MRI incorporates Siemens’ popular “Tim” technology (Total Imaging Matrix) It is an open bore MRI system that allows a new level of comfort for your patients. This system has an opening of almost 2.3 feet in diameter to provide a full foot of space over the patient’s head. Its short bore enables physicians to perform exams with their patient’s head completely outside the magnet which provides benefits for claustrophobic patients.
The Magnetom Espree 1.5T by Siemens comes equipped with the shortest 1.5 Tesla magnet that is available. It can perform advanced clinical applications and comes equipped with the Tim Technology (Total Imaging Matrix) that delivers high quality imaging and reduced exam times. With the Tim Technology, whole body scans can be performed in one single pass. It also enables flexible coil combinations to encompass local high resolution imaging to large anatomical coverage.
Product Details:
Minimum Order Quantity | 1 Piece |
Brand | Teleflex |
Category | Diagnostic |
Is It LCD Display | LCD Display |
Product Details:
Minimum Order Quantity | 1 Piece |
Brand | GE |
Magnetic Strength | 1.5 Tesla (T) |
Machine Condition | Refurbished |
Machine Type | Closed |
Additional Information:
Diagnostic Monitor provides accurate picture quality for professional diagnosis and decisions Hospitals require medical monitors for various specialized uses. Diagnostic monitors in particular offer high resolution image quality for precise diagnosis. Also they need to guarantee the utmost brightness to help doctors discern even the finest detail on patients’ medical images. Furthermore an internal calibration sensor automatically provides the medical images with stable image quality. Remote & Self calibration delivers consistent medical images without the need for adjustments. All of these elements support more professional decision making, enhancing diagnostic confidence and workflow.
Clinical Monitor: Most general monitors are used as hospital monitors for clinical review. However, high-end monitors are preferred by professors of radiology for precise diagnoses. Because it is costly for hospitals to install high-end monitors throughout the entire hospital, monitors for general purposes have been also used for clinical purposes.
But there is a trend toward medical monitors compliant to DICOM Part 14 that can offer consistent grayscale among monitors so that doctors can double-check data based on accurate medical images. Clinical review monitors are typically used for checking medical images, referral or other activities supporting diagnosis.
Surgical Monitor used in the surgical operating room, there is a move toward minimally invasive surgery, atleast in certainr outine procedures. Surgeons want to know that procedures can be completed accurately. And that’s wheret technology can help.4K/FHD displays, while becoming more commonplace in the home and cinema, are now coming to the operating room.