Flexible LIBS spectrometer for research, development and quality assurance
The LIBS spectrometer is a modern analytical instrument developed for the rapid and precise investigation of the elemental composition of a wide variety of materials. The underlying method – laser-induced plasma spectroscopy (LIBS) – uses high-energy laser pulses to generate a microplasma on the sample surface. The resulting emission contains characteristic spectral lines from which the chemical composition can be directly deduced. A key advantage of the LIBS spectrometer is its virtually non-destructive analysis without complex sample preparation – ideal for industrial applications and research laboratories alike.
Technical features
The LIBS spectrometer Its modular system design, consisting of a central instrument cabinet and an optically mounted interaction chamber, enables the integration of numerous analytical methods in a compact setup. Operation is via user-friendly software that controls both the system components and the acquisition and analysis of the spectra. Additionally, the LIBS spectrometer can be expanded with additional spectroscopic methods such as Raman, NIR, or laser-induced fluorescence (LIFS) – even double-pulse techniques are feasible. Expandability via plug-in modules allows the system to be precisely tailored to specific requirements.
Application areas of the LIBS spectrometer
With its broad range of applications, it is a versatile tool in materials research, environmental analysis, and industrial process control. It enables the on-site analysis of metals, ceramics, composites, or biological samples. In quality assurance, it is used for the rapid detection of contaminants or alloy components. In archaeology and forensics, the LIBS spectrometer supports the non-destructive examination of sensitive samples. Precise, spatially resolved measurements are also possible in semiconductor technology and geochemistry – without sample contact and in real time.
