Gas Chromatograph-Mass Spectrometry

Shimadzu’s Triple Quadrupole GC-MS/MS systems are designed to deliver industry-leading sensitivity and speed for the most demanding quantitative challenges. Technically, these instruments integrate Ultra-Fast Mass Spectrometry technologies, including high-speed Multiple Reaction Monitoring and fast scanning, to capture narrow chromatographic peaks with precision. By utilizing a high-efficiency ion source and a robust collision cell, the systems maximize ion transmission while minimizing noise.

Shimadzu’s single quadrupole GC-MS systems are engineered to provide a robust & versatile platform for qualitative and quantitative analysis across diverse applications. Technically, these systems are defined by their Ultra-Fast Mass Spectrometry capabilities, which allow for rapid scanning speeds & high-speed data acquisition. The integration of high-performance ion sources and precision quadrupole mass filters ensures that even trace-level analytes are detected with high confidence.

Shimadzu’s GC-MS software solutions, led by the LabSolutions GCMS and GCMSsolution platforms, provide a robust technical framework for controlling complex Gas Chromatograph-Mass Spectrometry systems. These platforms are engineered to unify instrument control, data acquisition, and sophisticated post-run analysis within a single, intuitive interface. 

Shimadzu’s GC-MS components and accessories are engineered to extend the functional versatility and sensitivity of mass spectrometry platforms, addressing complex analytical requirements across various industries. Technically, these options include a wide array of specialized ionization sources, such as Chemical Ionization (CI) and Photoionization (PI) units, which allow for the characterization of diverse molecular structures. 

Shimadzu’s Gas Chromatography (GC) columns and Gas Chromatography-Mass Spectrometry (GC-MS) consumables are technically engineered to provide the highest levels of inertness and thermal stability required for trace-level analysis. The GC columns utilize advanced stationary phase bonding and surface deactivation technologies to minimize secondary interactions with polar compounds, ensuring symmetrical peak shapes and excellent resolution.