Now you can achieve high sensitivity quantitation without sacrificing throughput and robustness with the all-new OptiFlow Quant solution from SCIEX. We open up new possibilities by combining the new easy-to-use OptiFlow Turbo V source and the powerful M5 microLC system. You will gain significant signal-to-noise advantages while avoiding the hassle and complexity of a low flow assay setup.
When you need to maximize throughput, the MPX 2.0 High Throughput system is what you need. The MPX 2.0 High Throughput system takes advantage of the downtime between injections from your LC and multiplexes two LC systems into one mass spec, doubling your throughput.
The Turbo V source is considered the gold standard in mass spec ionization. The patented orthogonal design delivers outstanding ionization efficiency and robustness across many applications, covering flow ranges of 5 uL/min to 3 mL/min. This renowned ion source acts as the foundation on which SCIEX mass spec systems are built and serves as the inspiration for many of the ion sources that followed.
The IonDrive™ Turbo V source increases the capacity of the legendary Turbo V source, maintaining the simple orthogonal design but with higher capacity heaters and a wider sweet spot for enhanced sensitivity.
The robustness and simplicity you’ve come to expect from a traditional analytical flow can now be experienced in your high-sensitivity microflow and nanoflow analyses. We have made this possible with standard size finger-tight fittings, and a new single-click source interface – allowing you to effortlessly connect your LC, column, and mass spec. The OptiFlow source is equipped with intelligent probe recognition technology t…
Transform your quantitative capabilities. Accessible, reliable performance
solution, for use in Total Dietary Fiber Assay, TDF-100A
95-100%, essentially salt-free, lyophilized powder
With patented StepWave technology, our highest performance IVD instrument provides ultimate sensitivity, to accurately quantify trace analytes in the most complex of clinical matrices encountered
Provides a streamlined, rapid and reliable O-glycan sample preparation.
Acquiring high quality data doesn't need to be a challenge.
Quadrupole mass spectrometers are the classic measuring instrument for evaluating residual gas composition in a vacuum system.
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules.
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules.
The NGC Chromatography System can be upgraded and reconfigured by adding modular components to provide higher flow rates, sophisticated detection capabilities, pH monitoring, column scouting, and buffer blending options.
The advantage of ductless on a traditional fume hood structure with lower operating and energy costs.
TD-SIFT-MS combines the selectivity and robustness of Syft Technologies’ Voice200ultra MS with the inertness and concentrating power of GERSTEL’s Thermal Desorber TD 3.5+.
The only high-purity gas that guarantees minimal impurities.
Multi-component calibration gas mixtures in accordance with ISO17025 standards for environmental monitoring.
The only high-purity gas that guarantees minimal impurities.
Because the column is meanly made out of silicon which is semi-conductive, a dramatic impact on the chromatographic behavior of our µPAC™ columns has been observed if no appropriate precautions are taken in case the column is connected to an ESI source of a mass spectrometer. Therefore we developed a custom made grounding cable to shunt the high voltage to ground.
The µPAC™ capLC columns are designed for increased robustness and throughput assuring sensitivity. A flow rate versatility between 1 and 15 µL/min at moderated pressures allows short gradient separations, while the µPAC™ technology ensures an exceptional high reproducibility over time and across laboratories. µPAC™ column, 50cm length, with pillar array backbone at interpillar distance of 2.5 µm, C18.
Enhance your early stage solid state screening with the CrystalBreeder bench-top system
