Clay Identification in Uranium Exploration with the oreXpress™ and EZ-ID™ software

During exploration for unconformity-type uranium deposits like those in the Athabascan basin, the clay illite can be a reasonable pathfinder mineral.

Spectral Evolution | March 21, 2017 | 8:27 am

Full Range Ultra High Resolution Spectroradiometer

The SR-6500 is designed for applications that require superior spectral resolution.

Spectral Evolution | November 15, 2016 | 8:34 am

Focus on accurate scans for small sample features with the oreXpress Miniprobe

The SPECTRAL EVOLUTION oreXpress™ Miniprobe™ has a 3mm spot that allows geologists in the field or the core shack to pinpoint features of interest on a sample for identification.

Spectral Evolution | August 24, 2016 | 9:25 am

Use the oreXpress™ with EZ-ID™ real-time mineral identification software to identify a range of garnets

Spectral Evolution’s oreXpress™ spectrometer with EZ-ID software can provide critical real-time mineral identification for garnet minerals such as almandine, uvarovite, pyrope, grossular, andradite, and spessartine.

Spectral Evolution | August 11, 2016 | 5:12 pm

Identify lepidolite and spodumene in lithium exploration with Spectral Evolution’s oreXpress and EZ-ID

Spectral Evolution’s oreXpress™ spectrometer with EZ-ID software can provide critical real-time mineral identification for key pathfinder minerals in lithium exploration including lepidolite and spodumene

Spectral Evolution | July 25, 2016 | 8:41 am

Identifying Minerals in High Sulfidation Epithermal Deposits

Quickly and accurately identify pathfinder minerals associated with high sulfidation epithermal deposits using an oreXpress field mineral analyzer and EZ-ID mineral identification software.

Spectral Evolution | May 31, 2016 | 2:24 pm

Identifying mica alteration with an oreXpress NIR field spectrometer

The alteration path from montmorillonite to muscovite can provide an indication of the proximity of an ore zone. In addition, it can also be hard to track, even for an experienced geologist. Mica alteration minerals including montmorillonite, phengite, sericite and muscovite can be identified using an oreXpress field spectrometer with optional EZ-ID mineral identification software.

Spectral Evolution | January 7, 2016 | 8:31 am

Accurately identify clays in mineral assemblages with the oreXpress™ and EZ-ID™ software.

The field portable oreXpress spectrometer with EZ-ID mineral identification software can be used to identify different clays and patterns of alteration in the field and the core shack.

Spectral Evolution | June 25, 2015 | 12:07 pm

oreXpress™ with EZ-ID™– identify light rare earth bearing minerals

The oreXpress field spectrometer for mining with EZ-ID software can provide critical real-time mineral identification for light rare earth (LREE) bearing minerals.

Spectral Evolution | June 4, 2015 | 8:59 am

Alteration mapping and identification of mineral alteration zones with an oreXpress™ field spectrometer

As geologists work to better understand the geology and alteration patterns of the area they are exploring, oreXpress spectrometers with EZ-ID can provide detailed data by measuring reflectance from outcrops, chips, or drill core.

Spectral Evolution | July 24, 2014 | 12:04 am

Fast, accurate, efficient and systematic core logging with an oreXpress™ field spectrometer

The oreXpress and oreXpress Platinum field portable spectrometers with EZ-ID mineral identification software and the Custom Library Builder module provide the basis for fast, accurate and repeatable core logging that produces a precise and complete picture of mining potential.

Spectral Evolution | July 7, 2014 | 9:09 pm

Analyzing and measuring bitumen in oil sands using the oreXpress with EZ-ID mineral identification software.

The oreXpress™ spectrometer with EZ-ID™ software is a very useful tool for exploration of oil sands and analysis of bitumen content. With the oreXpress, field analysis can be used to gauge the economic viability of a potential discovery.

Spectral Evolution | May 21, 2014 | 5:07 pm

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