Products
High fields, high precision: Metrolab standard products can measure well over 20 Tesla, with a resolution better than 10 parts per billion.
Choosing a magnetometer
This table summarises some of the many criteria for choosing the best magnetometer for your application. Click the buttons to discover key differentiators:
| Products | Magnétomètres RMN | Fluxmètre | 3-axis Magnetometers | ||||
| PT2026 | MFC2046 | FDI2056 | THM1176 | TFM1186 | HMC9076 | MV2 | |
| Technical Criteria | |||||||
| Precision, Accuracy | (1) | (1) | |||||
| Speed | |||||||
| Total Field Acquisition | |||||||
| Field Vector Measurement | |||||||
| Range Maximum | >30T | 25T | (2) | 14T | 100μT | 30T | 30T |
| Requires Uniform Field | |||||||
| 3D Mapping | |||||||
| Usability Criteria | |||||||
| Flexibility | |||||||
| Simplicity | |||||||
| Portability | (3) | ||||||
| Accessories and Options | |||||||
| Typical System Price (4) | B | C | B | A | A | B | A |
Precision
| Products | Magnétomètres RMN | ||
| PT2026 | MFC2046 | ||
| Technical Criteria | |||
| Precision, Accuracy | |||
| Speed | |||
| Total Field Acquisition | |||
| Field Vector Measurement | |||
| Range Maximum | >30T | 25T | |
| Requires Uniform Field | |||
| 3D Mapping | |||
| Usability Criteria | |||
| Flexibility | |||
| Simplicity | |||
| Portability | |||
| Accessories and Options | |||
| Typical System Price (4) | B | C | |
Flexibility
| Products | Fluxmètre |
| FDI2056 | |
| Technical Criteria | |
| Precision, Accuracy | |
| Speed | |
| Total Field Acquisition | |
| Field Vector Measurement | |
| Range Maximum | (2) |
| Requires Uniform Field | |
| 3D Mapping | |
| Usability Criteria | |
| Flexibility | |
| Simplicity | |
| Portability | |
| Accessories and Options | |
| Typical System Price (4) | B |
Usability
| Products | 3-axis Magnetometers | ||
| THM1176 | TFM1186 | HMC9076 | |
| Technical Criteria | |||
| Precision, Accuracy | (1) | ||
| Speed | |||
| Total Field Acquisition | |||
| Field Vector Measurement | |||
| Range Maximum | 14T | 100μT | 30T |
| Requires Uniform Field | |||
| 3D Mapping | |||
| Usability Criteria | |||
| Flexibility | |||
| Simplicity | |||
| Portability | |||
| Accessories and Options | |||
| Typical System Price (4) | A | A | B |
MRI
| Products | Magnétomètres RMN | ||
| MFC2046 | |||
| Technical Criteria | |||
| Precision, Accuracy | |||
| Speed | |||
| Total Field Acquisition | |||
| Field Vector Measurement | |||
| Range Maximum | 25T | ||
| Requires Uniform Field | |||
| 3D Mapping | |||
| Usability Criteria | |||
| Flexibility | |||
| Simplicity | |||
| Portability | |||
| Accessories and Options | |||
| Typical System Price (4) | C | ||
(1) HMC9076 & MagVector™ MV2 are uncalibrated.
(2) FDI2056 field range depends on coil area.
(3) Portability of MagVector™ MV2 depends on product's design.
(4) A < 10'000 CHF B 10'000 CHF - 30'000 CHF C > 30'000 CHF
products
Nos produits
New-generation NMR field mappers, for MRI and small-bore magnets
PT2026 Rmn Précision Teslamètre
Caméra pour champ magnétique MFC2046
The first off-the shelf instrument to quantify magnetic field transients
FDI2056 Intégrateur numérique rapide
A compact fluxgate magnetometer with outstanding sensitivity Field mappers based on multiple 3-axis Hall sensors
THM1176 Hall Magnetometer
TFM1186 Fluxgate Magnetometer
Caméra magnétique Hall HMC9076
MagVector™ magnétomètre MV2
PM1055
Map an MRI magnet in five minutes with our device
PT2025 NMR Precision Teslameter
MFC3045 NMR Magnetic Field Camera
