AB SCIEX Triple Quad 5500 liquid chromatography-mass spectrometry analyzer

SCIEX Triple Quad 5500+LC-MS/MS liquid chromatography-mass spectrometry analyzer - QTRAP Ready will create more opportunities and provide workflows for your laboratory. You will gain sensitivity and stable performance that can meet your regulatory testing requirements and requirements for low-level trace detection analysis.

Reliable quantitative results were obtained through a triple quadrupole liquid chromatography-mass spectrometry (LC-MS/MS) system with a single injection. When you choose to activate the QTRAP function, your instrument has a Linear Ion Trap (LIT) function. You can obtain more data information from the sample without sacrificing the sensitivity or quality of MRM quantitative data. QTRAP technology has more scanning modes. In addition to performing MRM scanning for quantitative analysis, it can also perform selective MRM3 (MS/MS/MS) quantitative analysis, enhancer ion scanning (EPI) and other data acquisition without compromising data quality.

Throughout the entire process of mass spectrometry product design, great emphasis is placed on product quality and the spirit of humanistic care. The ion channel design includes various technological improvements to enable your laboratory to obtain data results.

Whether you focus on drug development, clinical research, food and beverage testing, environmental protection testing, academic research, or forensic toxicology testing, the 5500+system can help you tackle challenges.

The SCIEX 5500+system is based on the modular design concept, supporting additional functional module upgrades to meet your more needs. This instrument is compatible with the SelexION differential ion mobility function module, which provides selectivity in the analysis of isomeric compounds. If you require a lower flow rate, then OptiFlow Turbo V ion source will be your suitable choice. This ion source is optimized for microliter flow rate chromatography, which can further improve sensitivity and selectivity, and reduce solvent consumption and laboratory costs.