Used SHIMADZU SIL-HTC #9267153 for sale

SHIMADZU SIL-HTC sprectrometer is a highly advanced, ultrasensitive and reliable Liquid Chromatography Mass Spectrometry (LCMS) instrument. It utilizes a Quadrupole-Orbitrap mass analyzer for extraordinarily sensitive and precise analyses of small metabolites and proteins. SIL-HTC includes a binary solvent delivery system (Ultrasphere-ODS, Ace C18, and Hydrosphere-C18) to facilitate accurate separations of samples. This system also allows for the use of semi-preparative injections, making it an ideal tool for larger sample sizes. SHIMADZU SIL-HTC's Quad-Orbitrap mass analyzer utilizes highly advanced components that allow for accurate and precise measurements of samples. This includes two types of quadrupole rods to accurately observe ions; a linear ion trap to capture and store ions; and a porous graphite manufactured to greatly reduce noise pick-up. Additionally, it contains an electron multiplier to measure and record ions with the utmost accuracy and precision. SIL-HTC also utilizes a patented Frequency Modulation (FM) method to isolate and measure ions. This method triggers ions to separate, making it easier to process and identify the molecular weights of compounds within a sample. In addition, this spectrometer can measure various types of ion pairs to accurately interpret certain types of molecules; such as hydrogen, oxygen, and nitrogen. Moreover, SHIMADZU SIL-HTC can analyze complex samples with large molecular sizes, thanks to its low flow detector. This detector can record ions with a low concentration of molecules between 5-50 parts-per-million. Additionally, it has a high resolution capability, allowing for the detection of isotopic ratios, as well as an Auto-Focus system that helps to optimize the resolution of the mass spectrometer. Overall, SIL-HTC spectrometer is a highly advanced and sensitive LCMS capable of delivering extremely reliable and precise analyses. Its advanced components, FM method and specialized detectors offer unparalleled accuracy in sample detection and quantification. This high performance tool is ideal for a wide range of metabolomics and proteomics applications.