Outstanding Features

Analytical Techniques:

The uncertaintyMANAGER calculates the measurement uncertainty for the following analytical techniques:

Chromatography:	1) HPLC/LC-MS:			Spectrometry:	4) Photometry:
	2) GC/GC-MS:				5) ICP-OES:
	3) IC/IC-MS:				6) ICP-MS:
7) Titration:				8) m, V & c:

Time Saving:

The whole evaluation procedure of measurement uncertainty takes only a few minutes to complete using uncertaintyMANAGER.

Easy to Handle:

Functional user guidance through the different steps of the evaluation procedure.
The software offers numberous different templates
By generating a flow-chart for the analytical procedure, all data needed are assembled from the extensive database of the system (instrumentation, reference substances, sample preparation)

Depicted Result:

The overall measurement uncertainty for the analytical procedure
A histogram that shows the amount of individual uncertainty contributions
A diagram that shows the trend of measurement uncertainty over the whole working range of the analytical procedure
The distribution of the results calculated with Monte Carlo
A cause and effect diagram which shows a uncertainty influences and their relationships
3 different report formats

Two independent Calculation Methods

simulate the distribution using random numbers (Monte Carlo). It takes also into account correlations between the uncertainty sources. Monte Carlo is the calculation method of the future.
uncertainty propagation (formal partial derivatives)

Peak Overlap

Chromatographic peak simulation for estimation of the uncertainty caused by overlapped peaks