Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 5000 #9399524 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 5000 is a sensitive, high-performance mass spectrometer that is capable of analyzing a wide range of samples. This instrument is configured with an electrospray ion source and utilizes a double-focusing, triple-quadrupole mass analyzer. ABI API 5000 can be used for a variety of analytical applications, including quantitative and qualitative analysis, small molecule and peptide quantitation, proteomics, clinical toxicology, and pharmacokinetics. MDS SCIEX API 5000 utilizes a multi-collector ion detector which is capable of measuring masses up to mass/charge ratios of 3300+ amu. This instrument has a high-resolution scan mode and is capable of acquiring high-resolution, accurate-mass data. API 5000 also incorporates a selection of advanced analysis software, such as Absorb, Clarity, SQUID, CORTM, and SELDI, to facilitate sophisticated data analysis. APPLIED BIOSYSTEMS API 5000 is designed to acquire data quickly, often requiring only a few seconds per sample. This instrument is equipped with a multi-mode ion source that enables the scientist to analyze samples using both ESI and EI modes. In addition, this equipment allows for easy interchange of interface capillaries, allowing flexibility in the type of laboratory procedures that can be performed. APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 5000 is also designed with enhanced safety features, including a password keypad that enables secure testing and analysis. Additionally, this instrument offers an autofocusing function that enables the user to switch between operating mass ranges in a single injection, while a calibration checking procedure and low noise level critical mode optimize data quality and reliability. Overall, ABI API 5000 is an advanced, high-performance mass spectrometry instrument that is ideal for a wide range of applications. This instrument offers a high degree of accuracy and sensitivity and is capable of tackling both qualitative and quantitative analysis tasks in a cost-effective way.