The Acoustic Ejection Mass Spectrometry System , SCIEX Echo®
SCIEX Echo® MS System
This Acoustic Ejection Mass Spectrometry (AEMS) system balances unyielding data quality, speed, and cost: adding significant value to your high-throughput screening laboratory. The system combines industry leading, quantitative MS based detection with ultra-fast, contactless sampling capabilities, the Echo® MS can help redefine your current and future high-throughput workflows.
Redefine high-throughput quantitation workflows with the Echo® MS system.
Quality
Deliver high quality Z' values and data quality by minimizing sample handling, reduce carryover, and greatly diminish the effects of suppressive buffers. Drive key go/no-go decisions earlier in your projects. Go from weeks to a matter of days, all while retaining the precise, information-rich information needed to make decisions about your lead compounds.
Precision
Achieve unparalleled standards of quantification. The Echo MS system provides consistent and precise reproducibility in challenging matrices. Its high specificity enables confidence in results and limits the needs for re-runs, all while saving on reagent costs compared to other technologies.
Speed
Conquer throughput barriers and decrease overall turnaround time with sampling speeds of at least 1 sample per second. Screen substrate and product simultaneously and reduce the number of iterations in your process. With the combined power of Acoustic Droplet Ejection (ADE) and Open Port Interface (OPI), the Echo MS decreases your cost/sample while maintaining the data quality you need.
Explore the Echo® MS System.
Echo MS Module
A pioneering combination of Acoustic Droplet Ejection (ADE) and the Open Port Interface (OPI) enables ultra-fast, contactless sampling, and worry-free, efficient integration into full automation solutions.
SCIEX Triple Quad 6500+ Mass Spectrometer
With its high sensitivity and wide linear dynamic range, the industry-proven SCIEX 6500+ system can deliver accurate quantification of both small and large molecule classes in diverse, complex matrices.