MPX™ Software
Designed for use with the Shimadzu UFLC XR HPLC and CTC autosampler and any AB SCIEX API or QTRAP® LC/MS/MS system, the MPX™-2 High Throughput System is a dual-stream multiplexing solution designed for use with Analyst® and Cliquid® software, to provide a single point of control of multiple HPLC systems configured for parallel LC/MS/MS analysis. The ability to stagger chromatographic runs while collecting sample data within a predefined acquisition window allows the use of "dead time" before and after peak detection to increase the number of samples run in a given time period.
- Minimizes MS idle time during LC equilibration by combining two LC systems into a single mass spectrometer, thereby enabling more samples to be run in less time
- Single point of control software for the entire system
- Submit samples on each stream at different times with a walk-up workspace
- Online sample preparation
- Running of different methods on different streams
- Audit trail/traceability from a single software package for compliance
- User selectable reporting options, one or two stream reporting
- Real-time instrument status update
- Standard and UHPLC compatible
Status: Available
The AB SCIEX MPX™ - 2 System increases a laboratories throughput up to 2X by multiplexing two HPLC streams into a single mass spectrometer. Figure 1: Overlapped injections increase sample throughput Figure 2: MPX™-2 System Status Workspace
Figure 3: On-Line Sample Preparation
The AB SCIEX MPX™ - 2 System offers additional features such as:
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Monitoring the System The AB SCIEX MPX™ - 2 System provides numerous tools and configurations to easily meet the dynamic needs and environments for the laboratory. Chose from standard or UHPLC pressure pumps using a single or separate autosamplers, run identical or different methods on each stream, report on one stream or as a batch, all within a single, fully automated and traceable regulated framework.
Optimizing Acquisition The MPX™ - 2 SP kit for online sample preparation, can boost laboratory efficiency even further by reducing the need for specialized liquid handling instrumentation or manual processes and thereby lowering the overall cost of analysis.
