Magnetometers and Gradiometers



Application Solution Model Benefits/Applicability
Airborne Advanced Airborne Systems GSMP-35A
GSMP-35GA
GSMP-35GA3
  • SuperSensor delivers superior counting, gradient tolerance and sensitivity while minimizing dead zones and heading errors

  • A robust choice for airborne hydrocarbon and mineral exploration applications where maximum resolution is required
  • Archeology/Archaeology Potassium GSMP-40
  • Optically Pumped Potassium combines high efficiency with very high resolution for characterizing subtle anomalies in soils and weakly magnetic objects

  • Superior gradient tolerance for working in urban environments
  • Archeology/Archaeology Overhauser GSM-19
    GSM-19G
    GSM-19W
    GSM-19GW
  • “Walking” Overhauser provides high efficiency and sensitivity comparable to Cesium magnetometers

  • A cost effective instrument for diverse archeological applications, ranging from mapping ancient cities to battlegrounds and burial mounds
  • Diamond & Other Mineral Exploration Overhauser GSM-19W
    GSM-19GW
  • “Walking” Overhauser magnetometer/gradiometer provides greatest efficiency combined with high sensitivity

  • Industry standard for mineral exploration worldwide with built-in GPS option

  • Unique advantages for working in low magnetic latitudes, including omni-directional magnetic sensors and maximum magnetic signal generation
  • Diamond & Other Mineral Exploration Overhauser GSM-19
    GSM-19G
  • “Standard” Overhauser gradiometer/magnetometer provides discrete station sampling combined with high sensitivity

  • Overhauser has unique advantages for working in low magnetic latitudes, including omni-directional sensors and maximum magnetic signal generation
  • Diamond & Other Mineral Exploration Proton Precession GSM-19TW
    GSM-19TGW
  • “Walking” Proton Precession is the highest sensitivity/lowest noise walking proton precession system available

  • An alternative to Overhauser systems where budgetary restrictions apply
  • Education and Research Overhauser GSM-19W
    GSM-19GW
  • “Walking” Overhauser provides latest technology for institutions who want to maximize investment for teaching and research purposes

  • Students learn from using easy-to-use, industry-standard technologies while researchers benefit through high resolution instrumentation for high quality academic results
  • Education and Research Proton Precession GSM-19TW
    GSM-19TGW
  • “Walking”Proton Precession magnetometer/gradiometeris the highest sensitivity/lowest noise walking proton system available

  • An alternative to Overhauser systems where budgetary restrictions apply
  • Education and Research Proton Precession GSM-19T
    GSM-19TG
  • “Standard”Proton Precession is the highest sensitivity/lowest noise proton precession system available

  • A low cost and easy-to-use system for educational purposes
  • Education and Research Potassium GSMP-35
    GSMP-35G
  • For advanced research in very high sensitivity applications

  • Easy-to-use system for educational purposes
  • Environmental and Engineering Potassium GSMP-35
    GSMP-35G
  • Optically Pumped Potassium combines high efficiency with very high resolution for characterizing subtle anomalies in soils and weakly magnetic objects

  • Superior gradient tolerance for working in urban environments
  • Environmental and Engineering Overhauser GSM-19W
    GSM-19GW
  • “Walking” Overhauser provides high efficiency and sensitivity comparable to Cesium devices

  • A cost effective instrument for diverse environmental and engineering applications, ranging from buried drum detection to geologic mapping
  • Earthquake Hazards EUROMAG GSM-90F1
    GSM-90F5
    GSM-90
  • Economical system with excellent long-term monitoring characteristics for stationary applications

  • Provides a range of sampling intervals according to requirements for measuring high and low frequency magnetic field variations
  • Earthquake Hazards Overhauser GSM-19W
    GSM-19
  • Advanced fast-cycling system with excellent long-term monitoring characteristics for both stationary and portable applications
  • Earthquake Hazards Overhauser GSM-19FC
  • Advanced very fast-cycling system with excellent long-term monitoring characteristics for stationary applications
  • Earthquake Hazards SuperGrad GSMP-20S3
  • Three-sensor gradiometer with ultra-high sensitivity for stationary applications. The most sensitive gradiometer available for sophisticated measurements
  • Magnetic Observatory EUROMAG GSM-90F1
    GSM-90F5
    GSM-90
  • Economical stationary magnetometer/gradiometer with excellent long-term monitoring characteristics

  • Provides a range of sampling intervals according to requirements for measuring high and low frequency magnetic field variations
  • Magnetic Observatory Overhauser GSM-19W
    GSM-19
  • Advanced fast-cycling magnetometer/gradiometer with excellent long-term monitoring characteristics for both stationary and portable applications
  • Magnetic Observatory Overhauser GSM-19FC
  • Advanced very fast-cycling magnetometer/gradiometer with excellent long-term monitoring characteristics for stationary applications
  • Magnetic Observatory dIdD GSM-90F5D
    GSM-90FD
  • Fast-cycling and standard-cycling vector magnetometer for continuous monitoring of the earth’s magnetic field
  • Magnetic Observatory SuperGrad GSMP-20GM3
  • SuperGradiometer designed for specialized stationary applications that require the most demanding specifications
  • Unexploded Ordnance
    (UXO)
    Potassium GSMP-40
    GSMP-40G
  • Optically Pumped Potassium combines high efficiency and high sampling with very high sensitivity for locating and characterizing UXO targets

  • Superior gradient tolerance for working in urban environments
  • Unexploded Ordnance
    (UXO)
    Overhauser GSM-19W
    GSM-19GW
  • “Walking” Overhauser provides high efficiency and sensitivity comparable to Cesium

  • Significant cost advantages
  • Volcanology EUROMAG GSM-90F1
    GSM-90F5
    GSM-90
  • Economical stationary magnetometer/gradiometer with excellent long-term monitoring characteristics

  • Provides a range of sampling intervals according to requirements for measuring high and low frequency magnetic field variations
  • Volcanology Overhauser GSM-19W
    GSM-19
  • Advanced fast-cycling magnetometer/gradiometer with excellent long-term monitoring characteristics for both stationary and portable applications
  • Volcanology Overhauser GSM-19FC
  • Advanced very fast-cycling magnetometer/gradiometer with excellent long-term monitoring characteristics for stationary applications