Step 3/5: DarkScan aquires spectometers response to total darkness. This data will be later subtracted from actual measurement data. Read more


Step 4/5: FullScan measures the sample multiple times averaging the results for enhanced signal to noise ratio. Read more


Step 5/5: Trimming the zone of interest, calculating unit response correction, performing the background correction (for Raman type measurement) and searching for best match from libraries. Read more


AutoScan is complete. Library items has been sorted according to match percentage (%M). Best match has been rendered to the graph (white line) allowing visual inspection. Read more


Photoluminescence spectrum of orange cubic zirconia. User has activated cursor for checking location of the peak. Cursor can be free floating type or snappable to nearest plot. Read more


One of the most powerful tools of the software is resolution enhancement feature. This mathematical algorithm finds hidden and merged peaks allowing spectral search against data created with 2-3 times higher resolution spectrometers. Read more