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  • Brochure

    TurboMatrix Thermal Desorbers for Gas Chromatography

    For laboratories analyzing everything from air quality to flavors and fragrances, thermal desorption offers a faster, easier, more cost-efficient way to prepare samples for GC or GC/MS analysis. Ideal for the trace-level measurement of volatile organic compounds (VOCs)—as well as most semi-volatile chemicals—thermal desorption lets you avoid time-consuming, manual, solvent-based sample preparation in favor of a simple, streamlined, automated approach. It also delivers the added benefits of superior throughput and enhanced sensitivity.

  • Brochure

    QSight Pesticides Analyzer Brochure

    Pesticides can adversely affect human health through the food we consume but can also leach into soil and groundwater and impact us through the environment. To keep up with a complex and constantly changing regulatory environment, your pesticide analysis solution needs to keep up with your burgeoning sample load.

  • Brochure

    Clarus 590 and 690 Brochure

    In today’s budget-constrained, yet highly competitive laboratory environments, the samples you’re being asked to analyze – whether food, pharmaceutical, petrochemical, or environmental – are increasingly difficult. But for some labs, having a dedicated GC for every application isn’t an option. For them, a GC that can do it all isn’t just a nice-to have, it’s a necessity

  • Product Note

    Ozone Precursor System

    The analysis of C2 to C12 volatile organic ozone-precursor compounds can present a serious technical challenge to the analytical chemist. Low concentrations in the atmosphere coupled with the need to monitor frequently to assess diurnal variations means that a preconcentration step of the sample before analysis by thermal desorption is required. While the samples can be collected in the field and returned to the laboratory, remote, field-based analysis is desired which allows reduced data turnaround time, minimizes sample collection hardware and permits the presence or absence of VOCs to be correlated with meteorological data. In the field, low-molecular-weight C2 VOCs can be trapped on solid adsorbents if those adsorbents are cryogenically cooled.

  • Application Note

    Analysis of Aflatoxins by UHPLC

    Aflatoxin B1 is considered to be the most genotoxic of the mycotoxins, and, when ingested by cows, is converted to aflatoxin M1 which has been shown to cause liver cancer in certain animals.

  • Application Note

    Cannabinoid Monitoring in Dried Cannabis Flowers

    This application describes an analytical method for the chromatographic separation and quantitative monitoring of seven primary cannabinoids, including THC and THC-A, in cannabis extracts by HPLC with PDA detection. Naturally occurring cannabinoids, the main biologically active component of the cannabis plant, form a complex group of closely related compounds, of which 113 are known and 70 are well described. Of these, the primary focus has been on ?9-tetrahydrocannabinol (THC), as the primary active ingredient due to its pharmacological and toxicological characteristics, upon which strict legal limits have been enforced.

  • Application Note

    Identification of VOCs in In-Vehicle Interior

    Customer complaints of odors within a new car are rising with the increasing number of new car buyers. Although odors can be subjective, it is now well known that the new car smell is the result of chemicals emitted from the in-vehicle interior components such as the dashboard, interior panels, seat coverings, flooring materials, and so on. This application note describes a method for the automotive industry that provides a qualitative analysis and the olfactory character of each component using the TD-GC/MS-Olfactory Port.

  • Application Note

    Ambient Air Monitoring - U.S. EPA PAMS

    Air pollution is a global concern. Ground-level ozone has become an increasingly important issue in developed nations, as the health effects of smog are more clearly understood. The monitoring of VOC ozone precursor compounds will continue to play a role in defining and reducing air pollution in developed and developing nations in the next decade. The data presented here shows the excellent results of improved separation via Elite-624Sil MS column with real world samples, simplified column connections to the Dean Switching device and trap with modernized triple bed trap with guard zone technologies.

  • Application Note

    Analysis of Pesticide Residues in Cannabis Regulated by Oregon State Using LC/MS/MS

    Liquid chromatography-tandem mass spectrometry (LC/MS/MS) has become the method of choice for pesticide The state of Oregon has issued regulatory limits for 59 pesticide residues in both cannabis flower and concentrates, while other states have come up with

  • Application Note

    Analysis of Volatile Organic Compounds (VOCs) in Air Using US EPA Method TO-17

    Optimized methods are needed for the analysis of toxic compounds in air to understand the impact to human health. People breathe approximately 20,000 liters of air a day so this concern is significant. EPA Method TO-17 is used to determine toxic compounds in air after they have been collected onto sorbent tubes. This application note demonstrates that the PerkinElmer TurboMatrix™ Thermal Desorber and the PerkinElmer Clarus® SQ 8 GC/MS will meet and exceed the criteria set forth in EPA method TO-17. Detailed instrument method parameters are presented, with precision, recovery, linearity and detection limit results.

  • Application Note

    Analysis of Volatile Organic Compounds in Air by Online TD-GC

    Volatile Organic Compounds (VOCs) have been identified as a major source of air pollution, and as such, have been regulated as a cause of both primary and secondary pollution, such as photochemistry smog. The U.S. Environmental Protection Agency (U.S. EPA) regulates 189 hazardous air pollutants under the Clean Air Act (CAA) of 1990, 51% of which are VOCs. The CAA offers further regulation and guidance for the monitoring of VOCs and ozone pollution in ambient air with a list of 57 ozone-precursor target analytes monitored under U.S. EPA’s Technical Assistance Document for Sampling and Analysis of Ozone Precursors, EPA/600-R-98/161 (1998)1, as well as the requirement of states to establish Photochemical Assessment Monitoring Stations (PAMS). This paper details an application for VOC monitoring with an extended target compound list utilizing a PerkinElmer TurboMatrix 300 TD and PerkinElmer Clarus® 580 GC. The application note demonstrates results with good repeatability, linearity and detection limits.

  • Application Note

    Analysis of Ginsenosides in Ginseng Root with the PerkinElmer Flexar FX-15 System Equipped with a PDA Detector

    Ginseng has been used as an herbal medicine in Asia for over two thousand years for its purported various health benefits, including, antioxidant, anticarcinogenic, antiinflammatory, antihypertensive and anti-diabetic. The pharmacologically active compounds behind the claims of ginseng’s efficacy are ginsenosides; their underlying mechanism of action although not entirely elucidated appears to be similar to that of steroid hormones. There are a number of ginseng species, and each has its own set of ginsenosides.

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  • Clarus 690 GC

    Clarus 690 GC

    Designed for fast-paced, high-volume laboratories that need to increase analytical cycle times, the Clarus 690 GC provides superior sensitivity, capacity, and throughput – with flexibility to handle more. Our industry-leading portfolio of TurboMatrix options include headspace (HS), manual and automated thermal desorption (TD, ATD) and MultiPrep Autosampler solutions.
  • QSight Triple Quad LC-MS

    QSight Triple Quad LC/MS/MS

    Ideal for analyzing food, cannabis, and environmental samples, our robust and reliable QSight® triple quad systems consistently deliver the throughput and productivity you need in your analytical testing lab. Now we’ve added the premier model to our QSight family: the high performance 400 series. This ready-to-implement solution has the highest sensitivity and throughput the industry has ever seen and the capability to test for the most challenging, complex samples, including cannabis.
  • Clarus-580-GC_320px

    Bioethanol Alcohol Determination by GC

    The determination of methanol and higher alcohol content is a critical step to ensuring bioethanol quality. PerkinElmer provides a solution for this application according to ASTM D5501, featuring a Clarus® 680 Gas Chromatograph (GC) - delivering high-speed methodology with accurate and reliable results.
  • JANUS G3 BioTx Pro Workstation

    JANUS G3 BioTX Pro Workstation

    The affordable and compact JANUS® G3 BioTx Pro Automated Workstation enables consistent, time-saving small-scale protein purification and sample preparation for analytical protein characterization required to support quality by design experimentation in both upstream and downstream processes.

    Ideal Workstation for:

    • Expression optimization
    • Cell line selection
    • Purification process development
    • Bioanalytical sample preparation
  • Biodiesel Methanol Determination by Headspace-GC

    Methanol determination is essential to ensure the quality of B100 biodiesel. PerkinElmer provides a solution for this application according to EN 14110, featuring a Clarus® Gas Chromatograph coupled to a TurboMatrix™ Headspace Sampler - delivering automation with accurate and reliable results
  • QSight LX50 Solvent Delivery Module

    QSight LX50 Solvent Delivery Module

    Our QSight® LX50 UHPLC integrates seamlessly to our QSight Triple Quad LC/MS/MS and its Simplicity software to deliver the highest levels of performance from sample handling through data collection and reporting. The system includes three key technologies that help optimize your workflow and enable high productivity.
  • Clarus 590

    Clarus 590 GC

    With its new high performance features, our robust Clarus® 590 GC offers improved sensitivity, reduced carryover and is easy to use and maintain. Designed with the same innovative features of the Clarus 690 GC, you have the most versatile sample handling options to choose from. Our comprehensive, industry-leading TurboMatrix solutions include options for headspace (HS), manual and automated thermal desorption (TD, ATD) and a flexible MultiPrep Autosampler for liquid sampling and SPME.
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    Biodiesel FAME Determination by GC

    The determination of fatty acid methyl esters (FAME) is an essential part of biodiesel-quality testing. We provide a solution for this application according to EN 14103, featuring a Clarus® Gas Chromatograph - delivering robust methodology and accurate and reliable results.
  • Biodiesel Glycerin Analysis System 230V

    The Biodiesel Glycerin System allows determination of the glycerin content, either as free glycerin or bound glycerin in the form of glycerides, to verify the quality of B100 biodiesel.
  • LumaPlate-96, White Opaque 96-well Microplate with Scintillant Coated on the Bottom

    The LumaPlate-96 is a solid scintillator coated, shallow 96-well polystyrene microplate that eliminates the need for LSC cocktail when counting isotopic samples. The wells of this LumaPlate-96 have a maximum sample capacity of 100 µL.
  • LumaPlate-96 DeepWell, White Opaque 96-well Microplate with Scintillant Coated on the Bottom, hold up to 300 µl

    The Deepwell LumaPlate-96 is a solid scintillator coated, 96-well microplate that eliminates the need for adding liquid scintillation counting (LSC) cocktail. This deepwell version has a sample working volume of 300 µL.
  • Deepwell LumaPlate-384, White, 60µl, Case of 50

    The Deepwell LumaPlate™-384 is a solid scintillator coated, 384-well microplate that eliminates the need for adding liquid scintillation counting (LSC) cocktail. This deepwell version has a sample working volume of 100 µL.
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