The high-resolution accurate mass system combines the power of Zeno trap pulsing with EAD (electron activated dissociation) fragmentation technology to unlock sensitivity gains that could reveal new, rare or even previously undetected information on an everyday basis.
SCIEX's Biologics Explorer software enables users to acquire insights from their high-resolution protein characterisation data, and to therefore reach decisions quickly and confidently on the most important critical quality attributes for biopharmaceuticals.
The product offers fast and practical high-resolution separation for quantification of charged and polar analytes.
With an intuitive and user-friendly design, SCIEX OS Software is intended to make mass spectrometry more accessible and straightforward for every user.
Series LC-MS/MS systems, from SCIEX, feature IonDrive technology with an enhanced high energy detector and SelexION+ technology.
The SCIEX QTRAP 6500+ LC-MS/MS System achieves improved sensitivity and selectivity over previous-generation systems for small molecule quantitation. It integrates with the BioBA Solution for large molecule quantitation, creating a powerful workflow system for biologics bioanalysis.
The X500R QTOF from SCIEX is a high-resolution mass spectrometry system designed exclusively for routine testing labs tasked with detection of low levels of compounds in complex samples or required to profile the composition of samples full of unknowns.
AB SCIEX and Illumina have partnered to create what is claimed to be the world's first multi-omics cloud-computing environment for easy, secure analysis and visualisation of large and complex data sets.
AB SCIEX MasterView Software simplifies compound identification, quantitation and data review from complex mass spec data files. It enables laboratories to master the speed, power and accuracy offered by LC/MS/MS technology.
AB Sciex has introduced technology called CESI-MS, enabling biopharmaceutical scientists to predict efficacy, reduce the time to market for therapeutics and detect potential issues before they lead to product recalls.The CESI 8000 System for Biologics Characterization is a separation-electrospray ionisation system for mass spectrometry (MS).
The AB SCIEX QTRAP 6500 system features multicomponent IonDrive technology, which introduces a series of advancements that increase the quantity of ions produced while enhancing the way ions are transmitted and detected.
The ekspert nanoLC 400 system provides the widest flow rate range of any Eksigent nano LC system, enabling a diverse collection of workflows on a single low-flow LC/MS system.
The AB SCIEX TripleTOF 4600 System delivers the power of TripleTOF technology. The system efficiently delivers results, whether the focus is food and environmental contaminant screening, clinical research, biologics or proteomics.
The 3200 QTRAP LC/MS/MS mass spectrometer system provides good sensitivity, dynamic range and reliability across a range of identification and quantitation applications.
iMethod Tests for Cliquid Software can be used with LC/MS/MS for food safety testing, environmental analysis, clinical research and forensic toxicology.
The ekspert microLC 200 system for high-throughput LC/MS/MS laboratories can be used for rapid microflow HPLC. Compared to analytical flow, the system is said to provide: up to a 4x increase in sensitivity; accelerate separations by up to 5x; reduce sample consumption by up to 10x; consume up to 95% less mobile phase; maximise lab space with functionally stackable design.
The AB SCIEX TripleTOF 5600 system integrates comprehensive qualitative exploration, rapid profiling and high-resolution quantitation workflows on a single platform. It combines high-sensitivity detection, high resolution with at least a claimed 5x better acquisition speed and stable ~1 ppm mass accuracy over days of acquisition.
Eksigent’s cHiPLC-nanoflex is a chip-based platform that, in combination with the NanoLC-Ultra system, delivers good sensitivity, column-to-column reproducibility and ease of operation. The system is a ‘docking station’ for up to three microfluidic chips. The company’s micro cHiPLC columns decrease column run times and increase sample throughput with a larger diamer 200 μm ID format.
The ekspert ultraLC 100 system, designed specifically for use with AB SCIEX mass spectrometers, can be used for LC/MS/MS analysis. The ultraLC 100-XL system offers the same performance characteristics of the base system, with high-pressure mixing and gradient delivery over a broad range of flow rates.
The AB SCIEX SelexION technology device is an effective ion mobility spectrometry tool for improving data quality in the quantitation and characterisation of challenging samples requiring advanced analytical selectivity.
The AB SCIEX TOF/TOF 5800 mass spectrometry system can be used for the identification and relative quantitation of proteins. Its speed and sensitivity make it suitable for biomarker discovery, MALDI mass spectrometry imaging and protein identification.
The AB SCIEX QTRAP 5500 LC/MS/MS system, using eQTM electronics, is designed for metabolite identification, detection and confirmation of low-level pesticides, and protein/peptide quantitation for biomarker verification and validation.
The AB SCIEX QTRAP 4500 system re-engineers the 4000 QTRAP platform to improve quantitation and library searching. It is suitable for use in research focused on ADME, regulated bioanalysis, food and environmental contaminant screening, targeted quantitative proteomics or forensic toxicology.
The AB SCIEX TripleQuad 4500 mass spectrometry system is a triple quadrupole system that is claimed to deliver 10x better sensitivity over competitive triple quadrupole systems in the same mid-level class.