Product Details:
| Elements Analyzed | Carbon |
| Application Type | All Ferrous & Non Ferrous Alloys |
| Detection Method | Optical Emission |
| Operating Model | LIBS |
| Brand | ARUN Technology UK |
| Accuracy | ±2 % |
| Measuring Range | 0.05-100 % |
| Operating Temperature | 10-40 degree c |
| Analyzer Type | Elemental |
Laser-Induced Breakdown Spectroscopy (LIBS) is an analytical technique based on atomic emission spectroscopy (AES), employing a laser-generated plasma as the source for vaporization, atomization, and excitation. Owing to its use of focused optical radiation, LIBS offers significant advantages over conventional AES methods that rely on physical devices (such as electrodes or coils) for plasma generation. One of LIBS’ major strengths is its ability to analyze samples **in situ** and remotely—without any sample preparation. In essence, a laser pulse forms plasma on the sample surface, and the resulting emitted light is collected and analyzed spectrally. Elemental identification and quantitative analysis are achieved by measuring the emission line positions and intensities.
Although LIBS has been studied for more than four decades, its analytical potential has become increasingly evident since the 1980s. Recent technological advancements in lasers, spectrographs, and detectors have greatly enhanced its performance, resulting in renewed interest across a wide range of industrial and field applications. Studies consistently show that LIBS offers detection sensitivity for many elements comparable to—or even exceeding—other field-deployable analytical techniques.
CALIBUS Key Advantages:
ARUN Technologies draws upon its extensive expertise and proven technological foundation to deliver reliable, high-performance solutions. We are confident that your organization will benefit from the technological advancements embodied in ARUN’s CALIBUS LIBS analyzer.