NMR Field Camera MFC2046 (Metrolab)
This is a successor model that improved upon the MFC3045 magnetic field camera, which revolutionized magnetic field mapping of MRI magnets in the 1990s.
A very uniform magnetic field within a few ppm is required for MRI and similar technologies. NMR is the only magnetic measurement technology that can provide a magnetic field map with that level of precision. The conventional MFC3045 was a groundbreaking product that reduced the time required for magnetic field mapping from several hours to a few minutes, with a positioning error of less than 1mm, keeping human error and drift error at a negligible level. The MFC2046 is a new product that inherits the advantages of the conventional MFC3045 while implementing the following improvements: - Expanded the upper limit of the magnetic field strength that can be mapped from 7T to 30T - Reduced the minimum bore diameter that can be mapped from 220mm to 40mm - Increased the number of NMR probes that can be mounted on the probe array from 32 to 255
basic information
◆Unmatched Precision and Speed - Provides 10ppb resolution with advanced NMR technology - High mechanical positioning accuracy, with overall positioning error of less than 1mm - Mapping completed in under 5 minutes even with dozens of probe arrays ◆Compatibility with Ultra-High Magnetic Fields - MFC2046 maps magnetic fields from 0.2T to 30T (1.1GHz) (MFC3045 up to 7T) ◆Probe Arrays Compatible with Small Bore MRI - Mapping possible with magnets having a minimum bore diameter of 40mm (MFC3045 has a minimum of 220mm) - MFC9046 supports whole-body MRI with a DSV (static magnetic field uniformity) of 150mm to 600mm - MFC9146 is compatible with limb MRI and small animal MRI ◆Easy Connection to PC - USB or Ethernet
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Model number/Brand name
Swiss Metrolab MFC2026 NMR (Nuclear Magnetic Resonance) Field Camera
Applications/Examples of results
◆MFC9046 Probe Array ・Whole-body MRI with a DSV (Static Magnetic Field Homogeneity) of 150mm to 600mm ◆MFC9146 Cylindrical Probe Array ・MRI for limbs ・MRI for small animals
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Line up（5）
| Model number | overview |
|---|---|
| PT2026 | Main Unit |
| MFC9046 | Probe Array |
| MFC9146 | Cylindrical Probe Array |
| FCA7046 | Field Camera Amplifier |
| RB8045 | Remote Controller |
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News about this product（2）
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Magnetic field mapping to reduce repetitive measurements in the research and development, manufacturing process, and installation adjustments of MRI devices! ⇒ Metrolab NMR Magnetic Field Camera MFC2046
MRI requires a very uniform magnetic field within a few ppm. NMR is the only magnetic measurement technology that can provide magnetic field maps with that level of precision. In research and development, manufacturing processes, and installation adjustments at MRI manufacturers, it is necessary to repeatedly measure magnetic field maps and perform shimming (correction of magnetic field inhomogeneity), making the accuracy of measurements and reduction of required time extremely important. The NFC2046 magnetic field camera is an improved successor to the MFC3045 magnetic field camera, which revolutionized magnetic field mapping for MRI magnets in the 1990s. The conventional MFC3045 was a groundbreaking product that reduced the time required for magnetic field mapping from several hours to several minutes, with positioning errors below 1mm and levels of human error and drift error that could be ignored. The MFC2046 is a new product that inherits the advantages of the conventional MFC3045 while incorporating the following improvements: - Expanded the upper limit of the magnetic field strength that can be mapped from 7T to 30T - Reduced the minimum bore diameter that can be mapped from 220mm to 40mm - Increased the number of NMR probes that can be mounted on the probe array from 32 to 255
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The Tesla meter, also known as a magnetometer or Gauss meter, is a high-precision and accurate magnetometer using the NMR method! ⇒ Metrolab NMR High-Precision Tesla Meter PT2026
NMR (Nuclear Magnetic Resonance) is the most precise technology for measuring magnetic fields, and the PT2026 is the most accurate NMR magnetometer on the market. - Under optimal conditions, it can achieve high precision of less than 10 ppb. - It features high magnetic field compatibility, robustness in inhomogeneous magnetic fields, a measurement speed of 33 Hz, and improved search time. - Designed with the latest high-frequency technology and computer technology, the NMR magnetometer can explore many new applications. There are three types of pulse wave probes for measuring magnetic fields, which can flexibly accommodate various measurement ranges. - It can be connected with just one RF cable, making plug insertion and removal easy. - The 1326 probe incorporates a 3-axis Hall element probe, which accelerates the search for NMR signals. - The 1426 probe has a remote passive measurement head that fits into narrow gaps, allowing it to operate in high-radiation environments without damaging electronic components. - The 1526 probe features a remote active measurement head that fits into narrow gaps, improving the S/N ratio by processing NMR signals locally and allowing for longer cable lengths.
