Sample preparation is usually rare or unnecessary.

Analyze up to 79 elements, from boron to americium or its oxides.

For each analytical element, UniQuant reported the standard deviation in ppm（ σ)。

Support sample analysis in various physical forms, including multi-element solids, pressed powders with adhesives, small samples on support membranes, liquid or filtered aerosol samples, etc.

Report the weight percentage and estimated error for each element, and the results are reliable.

For trace analysis, correct for background, spectral impurities, spectral line overlap, matrix effects, and certain physical effects.

Perform high magnification analysis within 14 minutes; Samples belonging to known families can be analyzed within 5 minutes, requiring fewer measurement channels.

For specific applications that require extremely high accuracy, UniQuant software can use specially calibrated datasets.

Thin layer sample

Single layer sample: UniQuant software can simultaneously calculate the sample quality, its related standard deviation, and layer composition; If the substrate in which the layer is located also has elements from that layer, UniQuant software can take into account the influence of these elements.

Interactivity

A user interface designed to perform operations with minimal button or mouse clicks.

Assumptions that facilitate rapid changes in the determination of unknown sample composition, such as sulfides and oxides.

Batch processing mode

Used to evaluate calibration (setup) samples and evaluate a set of unknown samples.

Mark the samples in the directory and initiate the process.