MS/MS SYSTEMS

Description

TURNKEY QUADRUPOLE MASS SPECTROMETER SYSTEMS

Powerful Mass Spectrometers for Your Application

For experiments that require more structural component information than a simple fragmentation pattern, we offer our EXTREL™ MS/MS Systems. These systems are also ideal for applications that require in-depth identification and separation of isomers. Our flange mounted TMAX MS/MS System can function alone as the base system, or it can be used to add MS/MS capability to an already existing system.

APPLICATIONS

Atmospheric Chemistry Studies
Combustion Analysis
Organic Clusters Analysis and Deposition
Peptide and Protein Analysis

THE STANDARD TMAX MS/MS SYSTEM INCLUDES:

CF 150 DN Mounting Flange
Control Electronics
Detector
Electron Ionization (El) Source
Q1 Resolving Quadrupole
Q2 Collision Induced Dissociation (CID) Collision Cell
Q3 Resolving Quadrupole
Software

The flange mounted TMAX MS/MS System is a true research instrument that offers a wide range of options, including the ability to connect to multiple ionization sources using different ionization techniques and to perform analysis and deposition. This system is available in mass ranges from 1-120 amu up to 25-4000 amu.

For those that are designing and implementing their own custom systems, we also offer various MS/MS components. Along with the MAX MS/MS System and MS/MS Components, we also offer a complete turnkey research MS/MS/MS System. You can choose from one of our standard systems, or we will partner with you to build a custom system designed specifically for your application.

Collision Cells
EI, Chemical Ionization (CI) and Atmospheric Ionization (API)
Ion Guides
Ion Molecule Reaction Sources
MS/MS Probes

INDUSTRIES

The MS/MS systems are highly specialized instruments that are used in a variety of industries for targeted analysis of complex samples. Some of the common industries that use MS/MS systems include:

Pharmaceutical Industry: Used in the pharmaceutical industry for the analysis of drug compounds, metabolites, and impurities. They are used in drug discovery and development, quality control, and safety testing.
Food and Beverage Industry: Used in the food and beverage industry for the analysis of contaminants, additives, and ingredients in food and beverages. They are used to ensure food safety and quality.
Environmental Testing: Used in environmental testing to analyze complex samples such as water, soil, and air for contaminants and pollutants. They are used in environmental monitoring and remediation.
Academic Research: Used in academic research for the analysis of complex samples in fields such as chemistry, biology, and materials science. They are used in basic research and applied research.