Calibus 5 series laser-induced spectrometer for detecting 30 elements

1. Calibus 5 series laser-induced spectrometer for detecting 30 elements

Calibus 5 series laser-induced spectrometerIt is an analysis device based on laser-induced breakdown spectroscopy (LIBS) technology, designed specifically for industrial testing, scientific research experiments, and environmental monitoring fields. Its core advantage lies in30 elements synchronous detection capability、Precision temperature control systemAnd chaoStrong stabilityIt can meet the requirements of fast and accurate element analysis in complex scenarios and become an ideal tool for on-site testing and laboratory research.

Core Technology Highlights

1. Efficient multi-element detection
   The Calibus 5 series uses high-sensitivity spectral sensors and intelligent algorithms to simultaneously detect metals (such as iron, aluminum, copper, titanium), light elements (carbon, hydrogen, oxygen), and rare earth elementsMore than 30 elementsThe detection limit is as low as ppm level. By instantly exciting the surface of the sample with laser pulses, plasma is generated to achieveNo sample pretreatment requiredThe "point and measure" feature greatly improves detection efficiency, especially suitable for scenarios that require rapid feedback such as metal processing and mineral exploration.

2. Calibus 5 series laser-induced spectrometer for detecting 30 elements
   

3. Precision temperature control and anti-interference technology
   Built in deviceDynamic temperature control moduleBy using a closed-loop temperature regulation system, the laser and optical components are ensured to maintain a constant temperature working state at an ambient temperature of -20 ℃ to 50 ℃, effectively suppressing spectral drift caused by environmental temperature differences. Combining adaptive calibration algorithm to reduce long-term detection data volatilityMore than 40%Ensure the protection of outdoor high temperature, high humidity, or laboratory low temperature environmentsConsistency of results.

4. Scenario based application coverage

5. Industrial manufacturing: metal alloy composition identification, waste sorting, welding quality monitoring, supporting real-time quality control of production lines;

6. Geological Environmental Protection: Soil Heavy Metal Pollution Screening, Ore Grade Analysis, Assisting in Rapid Decision Making and Resource Assessment;

7. Research innovation: Research on element distribution in new material development, combined with cloud platform to achieve multi-dimensional data modeling and analysis.

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