How much does a semi-automatic handheld spectrometer cost

1. Working principle

• X-ray Fluorescence Spectroscopy (XRF)Most handheld spectrometers determine the type and content of elements by emitting X-rays to excite atoms in the sample and measuring the fluorescence energy released.

2. Core Features

• portabilityLightweight (usually 1-3kg), suitable for on-site use.

• quick analysisObtain results within seconds to minutes.

• Non-destructive testingUsually does not damage the sample (LIBS may slightly damage the surface).

• Multi element detectionCan simultaneously analyze multiple elements (from magnesium to uranium, depending on the equipment).

3. Typical application scenarios

• Metal industryIdentification of alloy grades (such as stainless steel and titanium alloys) and sorting of scrap metals.

• Mining and GeologyMineral composition analysis and vein exploration.

• Environmental monitoringDetection of heavy metals (such as lead and mercury) in soil and wastewater.

• Jewelry and AntiquesPurity identification of precious metals and analysis of cultural relics composition.

• quality controlRaw material acceptance in the manufacturing industry (such as solder, coatings).

4. Key points for choosing a handheld spectrometer

• Testing ScopeEnsure coverage of target elements (such as high-performance detectors for light elements).

• Accuracy and ResolutionHigh resolution is suitable for trace element analysis.

• Protection levelOutdoor use requires dust and water resistance (such as IP54 or higher).

• safetyXRF devices must comply with radiation safety standards (such as FDA 21 CFR).

• Software featuresData export, database comparison, user-defined calibration.