Whatever your application, requirements, or budget, we have a chromatography solution to solve your detection challenges. Our diverse portfolio includes liquid chromatography (LC), LC/MS, gas chromatography (GC), GC/MS, and Arnel-GC engineered instruments, including GC-Headspace and Thermal Desorption sample handling systems. Plus, you can optimize your lab with:
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The Clarus® 580 GC offers many of the same innovative features found in the Clarus 680 GC including an full-color touch-screen interface that features real-time signal display and eight-language support.
AxION® iQT™ GC/MS/MS is powerful mass spectrometry technology that brings together targeted and non-targeted analysis capabilities in a single instrument.
The AxION® 2 TOF MS offers a broad array of capabilities designed to simplify and streamline virtually any analytical workflow and provides mass accuracy, full spectrum capability, speed, sensitivity, or dynamic range.
Fire investigation involves many different types of analyses - from crime-scene investigation through analytical chemistry.
Includes Clarus 580 Gas Chromatograph dual-channel configured with PPC, integral autosampler, two flame ionization detectors, programmable split/splitless (PSS) injector (front), programmable split/splitless (PSS) injector and PreVent (rear), and dotLINK integral link with TotalChrom Workstation
Fuel in Used Oil Analyzer - GC system for doing fuels dilution in used oil (including gasoline, diesel and biodiesel) using PerkinElmer's Prevent or Swafer technology for sample analysis of around 2 minutes per sample.
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
The Simulated Distillation Model 3023 is an engineered chromatography system that performs a complete simulated distillation analysis on fuel samples.
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.
The determination of fatty acid methyl esters (FAME) is an essential part of biodiesel-quality testing. PerkinElmer provides a solution for this application according to EN 14103, featuring a Clarus® Gas Chromatograph - delivering robust methodology and accurate and reliable results.
Clarus SQ 8C — Compatible with the Clarus 680 GC, with Electron Impact (EI) ionization/Chemical Ionization (CI) and 255 L/sec turbomolecular pump.
Biodiesel, a renewable fuel produced from natural oil, is used as either a direct substitute for or an additive to petroleum-based diesel fuel. Interest in biodiesel has increased as a result of rising oil prices and concerns over future supply.
PerkinElmer now offers portable GC/MS instrumentation for analyses in the field. This is ideal for rapid screening of chemicals, including environmental volatiles and semivolatiles (VOCs/SVOCs), explosives, chemical warfare agents, hazardous substances, and for use in food safety and industrial applications.
Our Clarus® 680 GC is designed for fast-paced, high-volume laboratories that require fast analytical cycle times. It maximizes throughput with the fastest injection-to-injection time of any conventional gas chromatograph.
Glycerin content can indicate the quality of biodiesel and glycerin can be present as free glycerin or bound glycerin in the form of glycerides.
Welcome to the Altus™ HPLC platform. It simply delivers exceptional results on what you need most – quick and easy analytical workflows without the hassles. Offering time saving automation features and the industry’s leading chromatography data software, the Altus HPLC platform is also backed by the best support organization in the business.
Biodiesel, a renewable fuel produced from natural oil, is used as either a direct substitute for or an additive to petroleum-based diesel fuel. Interest in biodiesel has increased as a result of rising oil prices and concerns over future supply
A simple solution for all of your chromatography needs: the Altus™ UPLC® platform. Running the Waters® Empower® 3 CDS – the most comprehensive data software in the industry – the Altus UPLC® system lets you to tackle the most complex samples to meet the most stringent regulatory requirements.
Gas chromatography mass spectrometry (GC/MS) is an important technique in the detection and identification of both bulk drugs and trace level drugs in biological samples. The PerkinElmer® Clarus® SQ 8 GC/MS is a highly-sensitive and robust system with flexibility to accommodate the wide range of analyses typical to drug investigations.
Accuracy and precision are critical in blood-alcohol analysis because the toxicologist not only has to be confident in his or her results, but also must be prepared to withstand tough cross examination by defense attorneys.
The Model Arnel 2108 Natural Gas Analyzer is an engineered chromatography system that analyzes components of natural gas on 3 channels (dual TCD and FID).
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.
Glycol Analyzer - GC system for doing glycol contamination in used oils (including all the current glycols used in antifreeze formulations) at around 3 minutes per sample. Includes Clarus 580 Gas Chromatograph configured with PPC, without integral autosampler, a single flame ionization detector, programmable split/splitless (PSS) injector, and dotLINK integral link with TotalChrom Workstation.
The Altus™ SQ Detector is single quadrupole mass detector that is compatible with the broadest range of chromatography platforms and ionization sources.
PerkinElmer offers a complete solution for this application, featuring a Clarus® SQ 8 GC/MS, delivering robust methodology and accurate, reliable results with detection at levels considerably lower than the regulations.
This three channel RGA Model 1115 uses rugged packed columns. The hydrocarbon and light gas channels can use helium carrier gas for a rapid 15 minute analysis time.
Automated headspace sampler with built-in trap and standard PerkinElmer 22mL sample vials.
The fundamentals of Purge and Trap are time proven. By bubbling a purge gas through your sample matrix, the VOCs are removed and collected on an analytical trap.
The mid-range model holds up to 40 sample vials. The system thermostats up to 12 vials simultaneously for automated headspace analysis. A sophisticated nesting algorithm optimizes the 'virtual' oven size for maximum throughput.
Clarus SQ 8 T—Compatible with the Clarus 680 GC, with Electron Impact (EI) ionization and 255 L/sec turbomolecular pump.
The innovative AxION® DSA™ system brings a whole new level of ease, productivity and enhanced performance to any laboratory.
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.
Provides exceptional analytical 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.
Automated headspace sampler with built-in trap and standard PerkinElmer 9mL or 22mL sample vials.
Clarus SQ 8S—Compatible with the Clarus 680 GC, with Electron Impact (EI) ionization and 75 L/sec turbomolecular pump
The Model 4086 Oxygenates and Aromatics Analyzer is an engineered chromatography system that analyzes acetaldehyde, MTBE, methanol, acetone, 2-propanol, DIPE, ETBE, TAME.
The high capacity model holds up to 110 sample vials, making it ideal for maximum productivity and throughput. The instrument calculates the optimum thermostatting time for up to 12 vials, achieving the highest throughput possible.