One scheduled shift with pre-planning and on-site fitter support is all that is usually required to mechanically mount the on-conveyor components of the MR Analyser.

Yes. The on-belt components have lightweight modular design that slip into position between idlers and the belt return, or can be mounted directly onto horizontal stringers, for retrofit application. Based [...]

Operating the MR Analyser is roughly equivalent to the use of a [microwave]. The MR analyser uses radio waves, which is a form of non-ionising radiation that is very easy [...]

This depends on the targeted mineral, chosen grade cutoff and specific conveyor application. However, for selected minerals like chalcopyrite and other iron and arsenic minerals, accurate grade measurement well below [...]

The “Target Minerals” section shows some of the major ore minerals amenable to MR detection. Many other minerals (too many to list) can also be measured with the MR Analyser, [...]

Yes, NextOre is able to test mineral samples in amenability testing. The MR technology is insensitive to lithology and mineralised style, but amenability testwork can be performed to doubly confirm [...]

Yes. By specialised analysis of core drill data at 1m – 2m resolution, NextOre can build a prediction of the “sortability” of an operation and the likely grade uplift, also [...]

For sorting at tonnage rates at a few hundred tonnes per hour, the minimum sorted mass can be less than 100kg. For higher tonnage operations, a more practical sortable mass [...]

Because the MR technique is insensitive to ore “matrix” effects, calibration is very straightforward and an extensive calibration campaign is not required. The MR Anlayser is shipped with a factory [...]

Yes, the MR Analyser can be configured for simultaneous detection of multiple minerals, if required.