GCMS-QP2050
Compact size, High Sensitivity, Durability and Easy Maintenance Single Quadrupole GC-MS
The Shimadzu next-generation GCMS-QP2050 gas chromatograph mass spectrometer combines the industry's smallest footprint with exceptional durability and robustness. The DuraEase ion source maximizes uptime and sensitivity while minimizing maintenance needs, eliminating the need for cleaning and allowing maintenance to be completed in just one minute. The contamination-resistant ion optical system reduces the maintenance frequency, enabling highly reliable measurements over extended periods. This GC-MS system plays an important role in industries such as water quality monitoring, environmental impurities, chemical analysis, food testing and more.
GCMS-QP2050 Red Dot Design Award 2024
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Product Description
Compact size, High Sensitivity, Durability and Easy Maintenance Single Quadrupole GC-MS
The Shimadzu next-generation GCMS-QP2050 gas chromatograph mass spectrometer combines the industry's smallest footprint with exceptional durability and robustness. The DuraEase ion source maximizes uptime and sensitivity while minimizing maintenance needs, eliminating the need for cleaning and allowing maintenance to be completed in just one minute. The contamination-resistant ion optical system reduces the maintenance frequency, enabling highly reliable measurements over extended periods. This GC-MS system plays an important role in industries such as water quality monitoring, environmental impurities, chemical analysis, food testing and more.
GCMS-QP2050 Red Dot Design Award 2024
Technical specifications
High Durability in Consecutive Analyses
The GCMS-QP2050, which boasts incomparable robustness, achieves extremely stable measurements, even during consecutive analyses of VOCs in water, by eliminating the effects of elution of the column bleed to the utmost limit.
Ultra Fast Scanning Technology Supports Accurate Measurements
Advances to Shimadzu’s impressive high-speed scan technology result in the industry's highest level of 30,000 u/sec. As a result, sensitivity on par with SIM analysis can be obtained even with FASST*1. In addition, Advanced Scanning Speed Protocol (ASSP™*2) minimizes sensitivity loss, even when the Scan measurement range is widened, enabling accurate qualitative analysis.
Minimizing the Usage of Helium Gas
Using the included carrier gas save function makes it possible to reduce the amount of carrier gas used during analysis. Additionally, with the optional gas selector, the carrier gas can be switched from helium to nitrogen except during analysis, thereby minimizing helium gas consumption during standby.
Reliable Operation with Alternative Carrier Gases
Hydrogen and nitrogen, which cost less and are easier to acquire, can be used as the carrier gas. With its high-performance flow controller and a design that reduces the impact of the carrier gas, the GCMS-QP2050 can perform stable measurements using either gas without modifying the instrument configuration.
