Sciex API

The API series includes models suited for a variety of research, clinical, or testing environments.  The line also has an interesting and legendary background.

LC-MS/MS System - 1989
Introduced in 1989, the API III was the first commercial dedicated LC-MS/MS system. Using the IonSpray source developed at Cornell University, it became the benchmark for LC/MS, and revolutionized the way the pharmaceutical industry conducted its R&D and quickly became the gold-standard in MS.

API 300 LC-MS/MS - 1995
SCIEX innovations in mechanical and electrical design pave the way for the first benchtop triple quadrupole system, the API 300. These innovations allow a low cost mass spectrometer to become widely available to scientist.

API 2000 MS/MS System - 1997
MS/MS for the masses: Innovations in manufacturing produce the first low-cost, high performance MS/MS system. The included TurboIonSpray ion source made LC/MS routine and synonymous with ruggedness and sensitivity.

API 3000 LC-MS/MS System - 1998
Released in 1998, the API 3000 LC-MS/MS system raised the bar in terms of performance. The patented LINAC collision cell at the heart of this system was the first collision cell to monitor hundreds of compounds in a single analysis with no cross-talk, providing more sensitivity and accuracy for the next generation of research.

API 4000 LC-MS/MS - 2001
The API 4000 LC-MS/MS system is launched and quickly becomes the de facto standard in bioanalysis due to its high level of sensitivity, robustness and ease-of-use. The Turbo V source design is still the basis of SCIEX sources with versions of this widely adopted in the industry.

The API 5000 System - 2005
The API 5000 system is launched and is the most sensitive triple quadrupole ever made. It includes innovative QJet technology, the first RF quadrupole used for ion compression at high pressure.

 

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