American Cumo Mining Corporation announced excellent positive results utilizing Ore-Sorting technology on samples from its CuMo deposit located in Idaho. Results reported by Sacre-Davey Engineering on a set of 400 representative samples confirm that mineralization at the CuMo deposit is amenable to significant upgrading through Ore-Sorting technology. Further analysis shows that an increase of up to 270% in the USD value of direct processing feed is possible. The drill core intervals defined by the samples were deliberately selected to match the grade and volume distribution of the various metals zones within the CuMo deposit as defined in the November 2015 43-101 resource calculation. The CuMo deposit has long been recognized as a stockwork vein deposit, consisting of narrow veins containing molybdenum and/or copper mineralization, surrounded by discard/waste material. With this vein mineralization structure, excellent metallurgical recoveries can be achieved with the latest Ore-Sorting technology, even at lower-grade levels. New Ore-Sorting technology uses sophisticated X-ray technology (XRF) to identify rocks that contain processing grade minerals and separates them from those that do not. Previous methods of visual Ore-Sorting can now be performed with much greater accuracy and efficiency. Rock is placed on a conveyor belt following primary crushing (10 to 200 mm). It is then scanned, and based on a grade/value cutoff, either accepted for processing or rejected. The results show excellent correlations between the XRF scanning results and the actual assay values of the material.