MaxiMag – the World's most advanced and portable magnetometer/gradiometer based on the Overhauser effect. The instrument is designed to measure magnetic field with high sensitivity and absolute accuracy. MaxiMag can be used as a field magnetometer, two- or multi-sensor gradiometer, base station, or observatory magnetometer. MaxiMag console is fully compatible with SmartMag digital magnetometers and recognizes them as standard digital Overhauser sensors.

Main features:

• Highest precision and sensitivity

• Field magnetometer/gradiometer or base station

• Built-in GNSS receiver and flashlight

• Switch panel for right- and left-handed people

• Lightest in the World

SmartMag – the World's most advanced and portable magnetometer based on the Overhauser effect. The instrument is designed for precise measurement of magnetic field. SmartMag can be used as an observatory magnetometer, base station, or as part of a multi sensor gradiometer. It is fully compatible with MaxiMag console and can be used for any type of ground magnetic surveys.

Main features:

• Highest precision and sensitivity

• The World's most compact base station magnetometer

• Optimal for operation in magnetic observatories

• Several SmartMags can be combined into gradiometer

• Built-in GNSS receiver

Portable Magnetic Susceptibility Meter PIMV is designed to measure the magnetic susceptibility of rocks in field on outcrops, samples and cores from boreholes. The device is used in geological mapping, petromagnetic studies and solves the problem of rocks and ores differentiation in accordance with their magnetic susceptibility values with sensitivity up to 10-7 SI.

Main features:

• Lightweight and portable

• High sensitivity - 1x10-7 SI units

• 4 measuring modes

• Built-in GPS/GLONASS

• Bluetooth and USB

• Voice recording

MariMag is a highly sensitive, accurate, and small size system for magnetic surveys both in shallow and deep water. Precise sensors with stable specifications as well as system module construction allow us to arrange both longitudinal and horizontal transverse gradiometers very easily. Special software from the equipment set can be installed on any personal computer. The software is intended for the equipment management and control, as well as data recording and visualization, and their upload in specified file formats.

Main features:

• Maintenance free Overhauser sensors

• High sensitivity and accuracy

• Built-in compass, accelerometer, leak detector, pressure and humidity sensors

• Lightweight and portable

MariMag LG is a modern marine longitudinal gradiometer operating on Overhauser effect designed to perform geophysical, geotechnical and exploration works both in shallow and deep water. The device allows to measure the magnetic field gradient with high accuracy using two independent sensors. Each gradiometer gondola can be used as a separate towed magnetometer. Gradiometer consists of two magnetometer-gondolas and an inter-gondola cable of any length. Long inter-gondola sections (greater than 100 m) are suitable for regional and geological research, medium ones (from 10 to 100 m) - for solution of engineering problems and searching for large artificial objects. Sections less than 10 m are commonly used for seabed surveys, UXO detection, archaeological surveys and pipeline tracing.

A built-in pressure sensor, digital compass and accelerometer allow real-time gondola position calculation, while an optional altimeter provides towing depth in term of distance above seabed. Three versions of gondola ensure safe towing of the device at depths up to 300, 1000 or 3000 m.

Main features:

• High sensitivity and accuracy

• Built-in compass, accelerometer, leak detector, pressure and humidity sensors

• Optional altimeter

• Data collection on a recorder or PC

• Floating or sinking cable

MariMag HTG is a modern marine horizontal transverse gradiometer operating on Overhauser effect designed to perform geophysical, geotechnical and exploration works both in shallow and deep water. The device allows to measure the magnetic field gradient with high accuracy using two independent sensors. Each gradiometer gondola can be used as a separate towed magnetometer.

Main features:

• High sensitivity and accuracy

• Built-in compass, accelerometer, leak detector, pressure and humidity sensors

• Optional altimeter

• Data collection on a recorder or PC

• Floating or sinking cable