Step 1: Analyze the core data - elements and their content (%)

After the handheld spectrometer completes the detection, the main interface usually displays two basic and critical information:Element symbols (such as Fe, Cr, V)And its correspondingcontentPercentage (%),For example, you may see the following result:

Iron Fe: 83.62%
Chromium Cr: 3.9%
Vanadium V: 1.92%

This set of data indicates that iron (Fe) is dominant in the sample, while chromium (Cr) and vanadium (V) are present as alloying elements. Understanding the content of each element is the first step in determining the composition of a material.

Step 2: Automatic matching of alloy grades - rapid identification of material types

Handheld spectrometers (such as the Aix S series) are built-in with global mainstream technologyAlloy grade database,After the detection is completed, the equipment will automatically match the composition data with the standard grade and display the results intuitively, such as 316 stainless steel, copper materials, etc.

This feature greatly improves the efficiency of on-site identification, especially suitable for scenarios such as waste sorting and incoming material inspection.

Step 3: Pay attention to abnormal prompts - identification of abnormal element content

If the instrument displays a match to a certain brand, but one of the elements is displayed asredThis means that the content of the element exceeds the standard range of the grade, and special attention should be paid at this time, which may indicate that the material does not meet the specifications.

Step 4: In depth Spectral Curve Analysis - Tracing the Root of Anomalies

In addition to numerical results, handheld spectrometers typically also provideSpectral curve view,By observing the characteristic peaks of each element, it is possible to determine whether there is an abnormal peak value (too high or too low), and then speculate on the possible reasons:

• Surface contamination of samples (oil stains, coatings, oxide layers, etc.);

• Improper detection distance or equipment shaking;

• Spectral interference between elements;

It is worth mentioning that the AI intelligent algorithm equipped on the Aike spectrometer can automatically optimize the spectral curve, significantly reducing the probability of misjudgment caused by operational or environmental factors.

Combining practical application scenarios - making data-driven decisions

A handheld spectrometer is not only a testing device, but also a decision support tool for on-site material management, such as:

• waste recyclingQuickly distinguish between 304 and 316 stainless steel, price in real-time, and avoid value loss;

• quality inspectionIf the Cr content is less than 18%, stainless steel can be judged as unqualified and defective products can be intercepted;

• Research and TraceabilityTrace the origin or batch of materials through trace element analysis (Mo, Cu, V, etc.).

By mastering the above five key steps, you can not only "understand" the numbers on the screen, but also truly comprehend the material information behind them, achieving the transformation from an "operator" to an "analyst".Handheld alloy spectrometer Assist you in accurate detection and make wise decisions.

R-2000 Handheld Raman Spectrometer - Desktop Environmental ROHS Testing Analyzer - Shenzhen Aijieke Technology Co., Ltd