Used BRUKER MicroFlex LRF #293643104 for sale

BRUKER MicroFlex LRF is a high-performance laser-based spectrometer designed for easy and reliable analysis of trace elements and materials in various samples. It is composed of a number of components including an expanded light source, laser diode, detector array, optical light path, and sample chamber. By utilizing the power of laser light, MicroFlex LRF is capable of providing highly accurate and precise elemental and molecular analysis. The expanded light source of BRUKER MicroFlex LRF produces a broad range of shortwave laser radiation, allowing for analysis of a broad spectrum of elements and molecules. This is especially useful for field analysis, or for analysis in samples containing a wide range of compound concentrations. The laser diode of MicroFlex LRF generates a monochromatic radiation that traverses the sample chamber and provides a steady and reliable signal. This signal is then captured and processed by the detector array. This array consists of photo-multipliers, spectrometers, and microcapacitors to convert the optical signal into an electrical form that can be interpreted by the microprocessor. The optical light path of BRUKER MicroFlex LRF is capable of measuring a wide range of wavelengths, and includes a monochromator to ensure optimal illumination of the sample. This light path is also adjustable, allowing for interference reduction and better accuracy in quantitative analysis of the sample. Finally, the sample chamber of MicroFlex LRF is a sealed chamber and is capable of withstanding high pressures and temperatures, allowing for extended study periods. BRUKER MicroFlex LRF has become an increasingly popular choice for laboratories and research projects that require reliable elemental or molecular analysis. Its various components allow for efficient and accurate measurement of a variety of elements and molecules, and its ability to withstand high temperatures and pressures make it ideal for extended study periods. In addition, MicroFlex LRF's adjustable optical light path and monochromator ensure accurate results, while its expanded light source allows for analysis of a wide spectrum of elements and molecules.