LC/MS
FT-MS, ion trap, quadrupole, and Orbitrap LC/MS systems that provide sensitive and reliable qualitative and quantitative analysis of complex samples in both research and routine applications.
Our industry-leading LC/MS systems provide the tools necessary to solve problems in a variety of applications, including: clinical research, drug discovery and development, environmental analysis, food safety, forensics, general analytical science and proteomics.
FT-MS
Hybrid FT-MS systems that combine the most advanced ion trap and fourier transform ion cyclotron resonance (FTICR) technologies into a single instrument.
LC/MS On-Line Sample Prep and Multiplexing Systems
The innovative technologies integral to these systems combine the power of automated online sample preparation with Thermo Scientific TurboFlow technology and unique multiplexing capabilities to increase the efficiency of your mass spectrometry workflow.
Ion Trap LC/MS
Versatile ion trap LC/MS systems to deliver routine detection and rapid identification of low level analytes.
Orbitrap LC/MS
Orbitrap* LC/MS technology is the recognized standard for accurate mass and high-resolution measurement.
LC/MS for Endocrine Drug Analysis in Clinical Research
Our LC/MS systems offer you a wide variety of solutions for sensitive endocrine drug analysis in clinical research laboratories, including:
Single Quadrupole LC/MS
Our single quadrupole LC/MS system offers superior ease-of-use and modest price and space requirements.
LC/MS for Pain Management Drug Analysis
Thermo Scientific* LC/MS systems offer you a wide variety of solutions, from targeted and non-targeted screening to quantitative and qualitative analysis, for pain management drug analysis in forensic toxicology laboratories.
Triple Stage Quadrupole LC/MS
Robust triple stage quadrupole LC/MS systems enable the quantitation and confirmation of compounds in complex matrices.
LC/MS for Water and Beverage Analysis
Our LC/MS systems offer you a wide variety of solutions, from targeted and non-targeted screening to quantitative and qualitative analysis, for water and beverage samples.
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