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TurboMatrix 650 ATD

Incorporates PPC for enhanced ease-of-use, functionality and performance in an automated sample-tube handling system for unattended analysis of up to 50 samples. Concurrent desorption of the next sample while the current sample is undergoing GC analysis optimizes productivity.

Part Number M0413655
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Detail Information

Allows the ability to condition tubes during chromatography to minimize downtime and enhance productivity and also includes separate trap clean and test function, which saves time and protects the GC column and detector. Also incorporates the ability to re-collect sample for repeat analysis, the ability to perform dry purge without the internal standard accessory and the ability to perform tube and trap impedance measurement as a diagnostic of system performance.

Provides truly outstanding analytical performance in an automated sample-tube handling system for unattended analysis of up to 50 samples.


Height 48.0 cm
Maximum Temperature 32 °C
Minimum Temperature 15 °C
Portable No
Product Brand Name TurboMatrix
Weight 34.0 kg
Width 43.0 cm
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Application Note

Application of Thermal Desorption to Occupational Exposure Monitoring

This is an application note on occupational exposure monitoring. Monitoring is often invaluable when making an initial assessment of a work environment, providing quantitative evidence to allow development of robust exposure control strategies.

PDF 245 KB
Applying the Technology of the TurboMatrix 650 ATD to the Analysis of Liquid Accelerants in Arson Investigation

Fire investigation involves many different types of analyses – from crime scene investigation through analytical chemistry. If a fire’s ignition is suspicious, the analysis will include gas chromatography (GC) as a means to detect the presence of a liquid accelerant; this analysis may include mass spectrometry (MS) as the initial detector or as confirmatory analysis.

PDF 709 KB
Using Thermal Desorption – Gas Chromatography for the detection of fire accelants in Arson Residues

The extraction and concentration of the residual fire accelerant components from fire residue and their introduction into a gas chromatograph may be performed in a number of ways but normally using liquid or thermal desorption. In this note, a method is described that uses thermal desorption – gas chromatographic (TD-GC) instrumentation to perform the extraction and analysis automatically.

PDF 828 KB


Pace LCGC Article Reprint

A new, single method to replace the two-method approach using United States Environmental Protection Agency (EPA) Methods TO-15 and TO-13A for the analysis of both volatile organic compounds (VOC) and semivolatile organic compounds (SVOC) in air. The study presents evidence that these components can be determined using one analytical method that follows EPA TO-17 capturing the volatile compounds in addition to recovering the heaviest components, such as benzo[ghi]perylene. The investigation also takes a look at some of the 50 additional compounds that are expected to be added to this list in the near future.



TurboMatrix Thermal Desorbers for Gas Chromatography

Five different PerkinElmer® TurboMatrix™ Thermal Desorber (TD) models are available


Field Application Report

Determination of Fragrance in Candle Wax by Thermal Desorption-Gas Chromatography

In the manufacturing of scented candles, there is a need to determine the amount of fragrance as well as the compounds of the fragrance transferred to the candle wax.

PDF 201 KB


TurboMatrix Series Thermal Desorbers

Users guide for TubroMatrix Series Thermal Desorbers.


Product Information Bulletin

Regulatory Compliance Certification

White Paper

Better Air Quality for a Cleaner Environment

Human civilization has played a leading role in creating massive amounts of greenhouse gas

PDF 615 KB