Multimode Inlet for Gas Chromatograph-Mass Spectrometer
High-Performance Multimode Inlet
A Next-Generation Inlet Accommodating a Variety of Sample Forms
Equipped with injection modes capable of accommodating a wide range of sample forms, the OPTIC-4 is the ultimate inlet in GC-MS sample injection systems. Attaching the OPTIC-4 to the AOC-6000 Plus draws out its very best performance.
The wide range of injection modes offered by the OPTIC-4 multimode inlet makes it possible to accommodate many different sample forms. So, in addition to split/splitless injections, many other analyses, such as the pyrolysis analysis of solid samples and the thermal desorption analysis of odor components, can be performed.
(Difficult Matrix Introduction)
With DMI, a microvial containing the sample is inserted in the liner, and the liner is then heated at the injection port before analyzing the sample. By adjusting the temperature of the injection port, non-volatile impurity components are left remaining in the microvial, enabling GC/MS measurements to be performed with a minimal amount of pretreatment.
After Trapping/Concentration Using MonoTrap™,
Thermal Desorption Provides High-Sensitivity Analysis
By using the MonoTrap*, which has a silica monolith structure and a high trapping efficiency, to trap volatile components in the sample, then using the OPTIC-4 for thermal desorption, analyses requiring higher sensitivity can be performed. Moreover, the high-speed heating function provides for rapid desorption of the trapped components, which results in acquisition of sharper peaks.
The liner placed in the rack, after removing its caps at the CDC station, is installed in the OPTIC-4 injection port.
* For further information on the MonoTrap, refer to the website of GL Sciences, Inc.
Sharper Peaks, Enhanced Separation
Intuitive Operation Using Dedicated Evolution Workstation Software
The dedicated Evolution Workstation software for the OPTIC-4 displays analysis conditions in a time chart for intuitive grasping and modification, enabling easy formulation of conditions. Optimization is easy, since methods accommodating various injection modes have been included.
Wide Variety of Injection Modes
The various injection modes allow analysis of many different sample forms.
|Liner||Sample Introduction Method||Application Examples|
|DMI||Thermal extraction||Content of 1,4-dioxane in shampoo|
|MonoTrap TD||Thermal desorption||Odor from Clothing|
|MonoTrap TD||Thermal desorption||Odor from product|
|DMI||Pyrolysis||Pyrolysis of resin|
|DMI||Reactive Pyrolysis||Reactive Pyrolysis of Resin|
|Solid adsorption agent (TD)||Thermal desorption||Atmospheric gas in automobile|
|DMI||Thermal extraction||Reactive Pyrolysis of Resin|
|MonoTrap TD||Thermal desorption||Aroma from Food Products|
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