Page 5 - GCMS-QP2050

Minimum Maintenance, Maximum Progress Robust Engineering Minimizes Maintenance

Contamination-Resistant A contamination-resistant ion optical system in the GCMS-QP2050 keeps the

Revolutionary Platform Makes Maximum Progress Ion Optical System frequency of maintenance to a minimum while also enabling highly reliable
measurements to be performed for an extended period.

The conventional platform has significantly evolved to include the DuraEase ion source, designed in pursuit of high General GCMS GCMS-QP2050
durability and ease of maintenance. Plus, an incomparable combination of stability and speed enables unmatched
instrument uptime for maximum productivity and a faster return on investment. Quadrupole (No pre-rod) Pre-rod Quadrupole
Ion source Lens

Detector Quadrupole rods
The new model is equipped with both the By significantly improving mass separation performance and ion
latest noise suppression technology and transmittance, the system achieves the industry's highest level of scan Contamination
high amplification performance, and can speed (30,000 u/sec). Further, the new quadrupole rod is equipped Components Components
Low-sensitivity peak from the GC High-sensitivity peak
accurately assess even trace ions. with a pre-rod, so it is maintenance-free.
from the GC

DuraEase Ion Source Quadrupole Rods with Pre-Rod
Interface
The structure of the next-generation DuraEase ion The built-in pre-rod allows only the ions to efficiently
In order to suppress the adsorption of
source is inert and achieves a uniform temperature pass through, limiting contamination of the
high boiling point components, the new
distribution, resulting in high sensitivity and quadrupole. In addition, because heating to prevent
interface has been optimized to ensure a
exceptional durability. contamination is not required, it is maintenance-free.
uniform temperature distribution.

Long-Life Filament with 1/5th the
Conventional Replacement Frequency
1
The newly developed long-life filament has an operating 5
life at least five times longer than conventional filaments.
the conventional
There are no concerns about re-analysis or downtime due replacement frequency
to sudden filament burnout. Conventional filament Long-life filament

High Durability in 1.2e4 Q 83.00 1.2e4 Q 83.00
Consecutive Analyses 1.0e4 500 1.0e4
8.0e3 consecutive 8.0e3
analyses
DuraEase* ion source Long-life filament The GCMS-QP2050, which boasts incomparable 6.0e3 Chloroform 6.0e3 Chloroform
(2 g/L)
(2 g/L)
DuraEase technology enables this The highly durable robustness, achieves extremely stable measurements, 4.0e3 4.0e3
next-generation ion source to achieve the new filament has an even during consecutive analyses of VOCs in water, by 2.0e3 2.0e3
3.6
3.3
3.2
3.4
3.6
3.4
3.3
industry's highest level of sensitivity, operating life about eliminating the effects of elution of the column bleed to 3.1 3.2 1 st ~ 5 th analyses 3.5 RT (min) 3.1 496 ~ 500 th analyses 3.5 RT (min)
durability, and ease of maintenance. five times longer than the utmost limit. Average peak area: 13,643 Average peak area: 13,008
%RSD: 3.8 % %RSD: 5.6 %
* Shimadzu term referring to technology that meets usual.
internal standards for durability and easy maintenance. 500 consecutive analyses of VOCs in water by headspace sampling
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