Supply FMP vertical direct reading spectrometer

Product Introduction The best-in-class laboratory-grade emission spectrometer for metal analysis. Its high performance and reliable design as well as its innovative optical system and extended wavelength range ensure precise identification and trace analysis of important elements such as nitrogen in steel and phosphorus in aluminum.
Main Features
Proprietary detector and readout technology developed specifically for spectroscopic applications outperforms traditional photovoltaic system designs. The simplicity of instrument operation makes the full-spectrum direct-reading spectrometer unique among many analytical instruments. The intuitive user interface and user-oriented product function design make the application of the instrument very user-friendly. The refined, robust and reliable high-precision full-spectrum direct-reading spectrometer can be applied to various complex working environments.
Technical Parameters
Optical system Paschen Runge structure Rowland circle optical system Rowland circle diameter wavelength range covers all elements. High resolution multi-readout system pixel resolution. The external entrance window is easy to clean and replace. The excellent drift correction function benefits from the automatic peak finding function (accuracy reaches prime). Excellent sensitivity in the UV range is due to new and improved vacuum technology. Excellent long-term stability and extremely low detection limit.
Plasma generator fully digital plasma spark light source technology. High efficiency thanks to compact design and high-energy pre-ignition technology using semiconductor control technology. The excitation parameters can be customized and set by the user according to actual needs through the user interface. Frequency and voltage adjustment parameters may require adjustment of components.
Optimized sample stage open sample stage design meets large sample testing requirements. Spray electrode technology easily handles small samples and samples with complex geometries. Low argon consumption universal adjustable sample adapter. Different substrates can be easily replaced with corresponding spark stages. The spark stage has an optimized impurity discharge system. The solid stainless steel sample stage is designed with an air cooling system. Jet electrode technology and superior plasma oscillator technology ensure simple and precise analysis of a wide range of sample geometries, from large semi-finished products to tiny wires.