Shimadzu GCMS-QP2010Ultra GC-MS Product Introduction:

The Shimadzu GCMS-QP2010 Ultra gas chromatography-mass spectrometer adheres to the GCMS-QP2010 Plus, which has stable scanning speed and sensitivity, thanks toASSP ™The technology achieves a scanning speed of 20000u/sec without sacrificing sensitivity or distorting the mass spectrum. This improved data collection technology makes GCMS-QP2010 Ultra one of the choices for rapid GC or GC × GC analysis. At the same time, it improved laboratory efficiency and increased sample throughput. Its ecological model can also help users save electricity and gas consumption, reduce operating costs, and minimize environmental pollution.

Stable sensitivity

A stable and sensitive ion source provides an ion optical system with high transmission efficiency and achieves temperature homogenization in the ion source box.

Quick Scan

Through the newly developed ASSP ™ Technology with fast data acquisition and processing capabilities, while improving scanning speed (greater than 10000 u/sec) without sacrificing sensitivity.

Scan/SIM Simultaneous Scan (FASST)

FAAST (Scan/SIM Simultaneous Scanning) is a data acquisition technology that enables users to simultaneously obtain Scan data and SIM data in one analysis. ASSP ™ The combination of this technology has improved its performance by reducing the SIM dwell time by 5 times without sacrificing sensitivity, allowing users to monitor more SIM channels.

Easy sTop

The Easy sTop function allows users to perform injection port maintenance without releasing mass spectrometry vacuum, thereby reducing downtime.

Double columnMSSystem (optional)

GCMS-QP2010 Ultra allows two narrow bore capillary columns to be simultaneously connected to a mass spectrometer. This means that users do not need to replace the chromatography column to meet different application needs.

Ecological Model

Ecological mode enables the instrument to save power and reduce carrier gas consumption when in standby mode.You can compare the operating costs and carbon dioxide emissions of the new and old modes.