Don’t just buy the label, invest in the brand
Total value comes with complete support. It’s not a true SCIEX instrument unless it comes from SCIEX.
The implementation of a SCIEX solution is just the beginning of your journey with us.
Utilizing certified parts, unique diagnostic tools and the latest software, our team of highly trained certified professionals provides the highest quality workflow and service support. Our goal is to maximize the potential of your SCIEX solution to achieve your desired business objectives and a sustainable return on investment (ROI).
All pre-owned SCIEX instruments pass a comprehensive assessment and verification process to ensure they meet performance specifications.
Top 7 reasons to buy from SCIEX
- SCIEX is your single-source provider
- Service, sales and support
- Manufacturer-certified system
- Licensed, up-to-date software
- Guaranteed parts availability
- Complete inventory of qualified parts
- Sustainable ROI
- Continuous improvements to maximize your uptime
- Top-quality field service team
- Ongoing training and certification
- Remote service support
- Real-time troubleshooting and Remote monitoring
- Workflow support
- Market-specialized application expertise
What pre-owned systems are available for purchase?
QTOF mass spectrometers for increased productivity
Increase your productivity with industry-leading, full scan, accurate mass QTOF technology. A range of instruments are available to meet different needs, from space-saving benchtop mass specs for routine, high-throughput and high-resolution workflows to TripleTOF® instruments for more complex quantitative and qualitative analyses.
QTRAP® LC-MS/MS systems
Significantly bolster your confidence in your mass spec data. QTRAP technology is a triple quad system like no other, with all the performance of a triple quad but added functionality to overcome matrix interferences, increase screening throughput and more.
SCIEX Triple Quad™ LC-MS/MS systems
SCIEX Triple Quad technology provides the highest levels of selectivity and sensitivity for targeted MRM (multiple reaction monitoring) LC-MS/MS analysis