At LTB Lasertechnik Berlin, we understand that precision and comprehensive analysis are important in scientific research and industrial applications. That’s why we’re proud to offer our cutting-edge ARYELLE Echelle spectrometers, engineered to empower you to achieve new levels in material research.

Echelle spectroscopy is a sophisticated optical technique that allows scientists to meticulously dissect the light emitted by atoms and molecules. This powerful method is invaluable for determining the precise chemical composition of a variety of samples, from geological minerals, metals, advanced alloys to complex chemical and biological substances.

One of the most exciting and impactful applications where our Echelle spectrometers truly shine is Laser-Induced Breakdown Spectroscopy (LIBS). LIBS is a remarkably versatile, non-destructive analytical technique. It works by focusing a high-energy laser pulse onto a sample, instantly vaporising a tiny amount of material and creating a luminous plasma. The light emitted from this plasma is then captured and precisely analysed by our Echelle spectrometers. By accurately measuring the unique wavelengths and intensities of this emitted light, you can accurately identify the elemental composition of your sample.

Our ARYELLE spectrometers are the ideal choice for LIBS because they deliver an extraordinary combination of broad spectral coverage, exceptional resolution, and outstanding accuracy. This enables the simultaneous analysis of a wide range of wavelengths, making it possible to detect even minute, trace amounts of multiple elements. Furthermore, the high resolving power of our instruments allows for the clear differentiation between isotopes and various chemical compounds, providing a level of detail crucial for advanced research and quality control.

To achieve this remarkable performance, our Echelle spectrometers incorporate a high-performance echelle grating, the heart of the system. This grating efficiently separates the incoming light into its constituent wavelengths, which are then precisely captured by highly sensitive detectors, including advanced CCD, sCMOS cameras, or photodiode arrays (PDAs). The resulting spectrum is then ready for analysis using your specialised software, unveiling the complete elemental fingerprint of your sample.

In conclusion, Echelle spectroscopy, particularly when coupled with LIBS and powered by LTB’s ARYELLE spectrometers, is a valuable tool for anyone seeking to understand the fundamental properties, composition and behavior of materials. Its superior resolution and accuracy provide invaluable insights, opening new opportunities in elemental analysis and material characterisation across countless application fields.

Keine Überschriften gefunden.