QuickMag allows the construction of reliable geological models of magnetic anomalies in a fraction of the time of manual methods. Simply point at an anomaly, choose a geological style and in seconds QuickMag will automatically construct a 3D model of the magnetic source.

On a standard desktop computer QuickMag builds realistic 3D geological models in less than 5 seconds and a full inversion in less than 60 seconds.

Fast, Realistic Modelling

QuickMag is based on an automatic geological modelling technique which maps the distribution of magnetic material across an unconformity surface. The initial automated ‘Quick Match’ process builds a starting model for inversion which QuickMag then refines through its advanced regularised inversion technology. QuickMag optimises time by performing the model interpretation directly from the image view of the data.

Depth Mapping

Map the depth of cover for intrusions, dykes and folded bedding using flexible 3D geological models that are built automatically. QuickMag will simultaneously allow the mapping of geological boundaries, magnetic susceptibility and dip with options to explore changes along the geological trend.

Remanence Mapping

The all new resultant magnetisation estimation tool detects remanent magnetic events at sensitivities not previously possible. Magnetisation departure angles as small as 10 degrees can be detected, allowing the fresh investigation of historical surveys, allowing users to look for signs of alteration events or interpret differences in timing of intrusive events.