The newly designed ion source shields the effects of filament potential and radiation heat, achieving efficient ion transport while making the temperature of the ion source box more uniform.

The large capacity dual inlet turbo molecular pump provides independent differential systems for ion source and mass analyzer, with a vacuum pumping speed greater than 360L/s, achieving higher vacuum degree.
The FASST method enables GCMS-QP2010 Plus to collect data by quickly switching between Scan and SIM assays, allowing for simultaneous acquisition of chromatograms from both scan and SIM assays.

GCMS-QP2010 Plus adopts advanced digital control technology, achieving a scanning acquisition speed of up to 10000 amu/sec. Even sharp chromatograms can be stably collected without deformation of mass spectra or decrease in ion strength.

Adopting a high-precision metal molybdenum four stage rod type mass analyzer to achieve the most ideal performance of the mass analyzer. The long-term stability of the instrument was achieved by minimizing the impact of ion contamination through pre-set rods.
GCMS-QP2010 Plus has expanded its quality range to m/z 1090 to cater to a wider range of compound analysis, making it suitable for high-quality measurements such as the determination of polybrominated diphenyl ethers.
Using the AART (Automatic Adjustment of Retention Time) function, the retention time of compounds is corrected based on the retention index and measured values of n-alkanes, without worrying about changes in retention time caused by shortening the chromatographic column or using chromatographic columns with different batch numbers.

GCMS-QP2010 Plus has a unique direct injection (DI) method that allows samples to be directly introduced into the ion source of the mass spectrometer for ionization without the need to remove the gas chromatograph, making it easy to obtain mass spectra of compounds. The DI injection method is very suitable for analyzing liquid, solid, or thermally unstable samples that cannot be vaporized in the gas phase.
The Compound Composer software integrates retention times, mass spectra, and working curves of nearly a thousand harmful chemicals, providing users with powerful assistants for daily detection and emergency response to environmental protection and food safety.
The rich Method Packahe method includes a complete set of solutions, including databases, to meet users' requirements for simultaneous qualitative and quantitative analysis of multi-component samples.
The GCMS-QP2010 Plus is equipped with various optional software such as headspace sampler control software, AOC 5000 control software, EPA software, etc., making it more scalable and able to comprehensively meet different analysis requirements.
Shimadzu Corporation has combined GPC with GCMS-QP2010 Plus to form the Prep-Q device for pesticide residue analysis in food. This device further achieves analysis automation, completing simultaneous analysis of multiple components at once, with higher recovery rate, sensitivity, and reproducibility for pesticides, making it suitable for large-scale pesticide residue detection. Simultaneously using micro columns reduces the cost of solvent consumption and environmental pollution during instrument use.