Shimadzu expands MALDI mass spectrometer offering to deliver enhanced performance and flexibility

Published: 25-Jul-2008

Shimadzu has updated its line of AXIMA MALDI TOF mass spectrometers (MS) with three new systems to meet the needs of researchers with varying applications and budgets.

Shimadzu has updated its line of AXIMA MALDI TOF mass spectrometers (MS) with three new systems to meet the needs of researchers with varying applications and budgets.

The AXIMA Performance mass spectrometer provides the pinnacle of performance for high-energy MS/MS interrogation of proteomics, biological and organic samples. These include peptides, polymers, oligonucleotides, SNPs, metabolites and carbohydrates. It also demonstrates outstanding performance in the analysis of high-mass species, such as intact proteins.

In reflectron mode high-resolution MS data is generated for peptide mass fingerprinting and complex mixture analysis. Full automation, advanced calibration algorithms, data-dependent workflows and application-centric software help users achieve maximum results with minimal user input. Software packages include proteomics, polymer and copolymer analysis, LC-MALDI, biomarker discovery and tissue imaging.

Shimadzu designed the AXIMA Confidence and Assurance instruments with general analytical and life-science laboratories in mind. Both systems are affordable, robust options for routine sample analysis performed manually or automatically. Positive- and negative-ion modes are standard, allowing users full flexibility. Shimadzu also incorporated a patented beam blanker to optionally remove unwanted low-mass ions and prevent detector saturation.

The Confidence MALDI MS offers reliable mass information and MS/MS-derived structural detail. A linear mode enables outstanding levels of analysis of high molecular weight samples. The reflectron mode, incorporating the patented curved-field reflectron, provides high resolution and mass accuracy. Confidence software packages are available specifically for proteomics experiments, LC-MALDI, polymer and copolymer analysis, biomarker discovery, tissue imaging and oligonucleotide/primer analysis.

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