Discover innovations that will shape the future of quantifying molecules
What happens inside of your lab can have profound and far-reaching consequences outside of it. Laboratory advances can affect us as individuals, but they can also have a lasting effect on current and future generations.
The next generation of innovation from SCIEX fosters scientific advancement by helping to redefine the limits placed on the accurate quantification of molecules. SCIEX technology moves past the boundaries, with up to three samples per second, parts per quadrillion sensitivity, and the power of intuitive software.
Get ready to RUN FAST, GO BEYOND and POWER UP with the latest innovative products from SCIEX:
And that’s just the beginning. We continue to invest in groundbreaking technologies, perpetually innovating efficiency, automation, usability, and optimized workflows for liquid chromatography-mass spectrometry. Learn more about SCIEX mass spectrometers solutions below, let us help you see the future differently.
Echo® MS System
RUN FAST. A pioneering combination of Acoustic Droplet Ejection (ADE) and the Open Port interface (OPI), along with the quantitative power of the SCIEX Triple Quad™ 6500+ Mass Spectrometer, this ultra-high sample throughput system delivers speed, scale and reproducibility with unyielding data quality.
SCIEX Triple Quad™ 7500 LC-MS/MS System – QTRAP® Ready
Enter a new era of sensitivity and LC-MS/MS innovation with the SCIEX 7500 System. GO BEYOND current limits of sensitivity, productivity targets, ruggedness and robustness challenges. Pioneer new discoveries with this innovation.
SCIEX OS Software
Designed for true usability, this powerful next-generation software increases your laboratory´s efficiency and ensures data integrity across your entire lab. Allowing you to integrate all SCIEX systems into a single software platform, SCIEX OS streamlines all your nominal and accurate mass workflows and you benefit from a seamless experience. POWER UP more informed decisions, faster, with intelligent automation algorithms.
