GC5

GC5 Ultra-sensitive compound specific isotope analysis Extreme durability High data quality Low cost of ownership High sensitivity GC5 Generating a deeper understanding with GC-IRMS KEY FEATURES • Market-leading sensitivity with picomolar detection levels as standard • Powerful lyticOS ® Peak Mapping reduces data processing time of complex chromatograms to minutes rather than hours, generating a large increase in lab productivity • Outstanding robustness – low maintenance, with long-life reactor design • 1500 °C furnace design • Complete solvent peak removal with 100% of analyte to combustion furnace C om bus tio n C om po und S epa ra tio n R em ove i nt erfe renc es A ut osa m ple r C om bus tio n Tub e Fu rn ace Is o to pe R atio D ete cto r The GC5 is the answer for all those who wish to enhance their research by investigating compound speci-c stable isotope data. The measurement of individual components in complex mixtures allows for a wide variety of applications to be pursued. Whether cor - relating seizures of narcotics, authentication of natural 1avor components or understand- ing the origin of complex petroleum samples - the GC5 can give you the answer you are looking for. The need for compound speci-c isotope analysis is widely acknowledged to be able to answer complex questions where a bulk analysis does not provide the answer. The many features of the GC5 allow you to be at the forefront in answering these questions. AGILENT TECHNOLOGIES 8890 GC As a global VAR partner of Agilent Technologies, we offer Agilent‘s flagship Gas Chromatograph 8890 with our IRMS systems. The class-leading 8890 GC offers the use of all the possibilities of the Agilent catalogue. Equipped with a standard split/splitless injector and Flame Ionisation Detector, it is fully prepared for IRMS measurements. The 8890 GC is equipped with cost-saving advanced electronic pneumatic controllers that dramatically reduce the amount of helium used by the GC. Using the Agilent Inert Flow Path technology ensures the inertness of every surface that touches your sample, so you can achieve isotope analysis with the lowest possible memory. MICROBORE REACTOR TECHNOLOGY Microbore reactor technology enables the reactor to maintain peak shape and chromatographic integrety during the combustion stage, allowing the measure- ment of two neighbouring peaks without influencing each others isotope ratio. The careful design of the catalyst-column interface, avoiding small diameter fragile ceramic reactors, makes for robust, long-life microbore reactors. The element specific design of the reactors enables the measurement of even the most challenging samples with temperatures up to 1500 °C. Outstanding sample -exibility The modular Agilent 8890 GC system lets you choose from the industry?s widest selection of inlets, detectors, columns, and automated sample introduction techniques, making the measurement of a diverse range of sample concentrations down to ppb level possible. Let it be SPME, headspace, pyrolysis, capillary fiow technology, multi-dimensional GC, the system is designed to handle these requirements easily. With the demand in multi-isotope data ever increasing, such as C & H in petroleum, N of amino acids, C, H & O in -avor and fragrance substances, fast and incredibly simple switching of modes is a real bene1t. With dedicated set-ups for your isotope of interest, the GC5 interface has the answer to all possible problems during the conversion process. Application speci1c solutions for elements such as hydrogen or carbon make it easier then before to achieve impressive results. With solutions for fi 13C, fi 15N, fi 18O and fiD measurements, the GC5 is truely a versatile instrument. Add the power of quantitative and qualitative GC-MS analysis to your system, providing single injection isotope ratio data and structural con-rmation at the same time. Together with our partner, Agilent Technologies, this allows the user to have supreme con-dence in the quality of the data, even under the most severe scrutiny. Get more data from your analysis Thanks to the placing of the open split to the IRMS inside the furnace tube, the GC5 achieves class leading peak shapes and sensitivity in compound speci-c isotope ratio analysis. In-line removal of interfering components combined with the highest possible transfer from the combustion interface to the IRMS, make it the system of choice for those who want extreme accuracy, the highest possible sensitivity and perfect linearity in the most challenging of samples. High performance as standard One instrument for multiple isotopes Elementar Analysensysteme GmbH Elementar-Straße 1 · 63505 Langenselbold (Germany) Phone: +49 (0) 6184 9393-0 | info@elementar.com | www.elementar.com GC-IRMS analysis has never been easier! EASE OF USE The GC5 is optimized to significantly simplify the daily routine operation. Clearly arranged, easily accessible system components minimize maintenance efforts. The standard connectors and large O.D. reactor tubes ensure a reliably leak-tight instrument at any time . Thus customers can enjoy smooth analyses and confidence in their results. lytic OS lyticOS is the most intuitive analytical software ever created. With the increasing demand on the modern-day laboratory for ever more efficiency, the overhead of processing and evaluating large data sets is an unwelcome requirement. lyticOS removes these demands saving the analyst time and money while generating data more consistently. IDEAL SOLUTION FOR • Anti-doping laboratories • Academic research groups • Quality control laboratories • Contract laboratories SAMPLE TYPES ANALYZED • Doping samples • Plant, soil & sediment extracts • Flavor and fragrance substances • Petroleum products • Lipids and Biomarkers Art.-No. 05 005 183, 06?/?2021 A Remarkable robustness and longevity thanks to state-of- the-art technology. Outstanding precision and accu- racy through high performance combustion and pyrolysis with matrix-independent results through novel calibration strategy. Class leading sensitivity through world class interface design. Low consumables consumption and maintenance effort thanks to straightforward design. High sensitivity N-ALKANE ? 13C (‰ VPDB) St. Dev (‰, 1%YTf& ) C-17 -31.00± 0.1 C-18 -31.01± 0.1 C-19 -33.00± 0.15 C-20 -32.19± 0.11 AMINO ACID ? 15N (‰ VPDB) St. Dev (‰, 1%YTf& ) L eucine 8.74± 0.18 A spartic Acid -1.53± 0.14 Glutamic acid -2.96± 0 13 P henylalanine -2.13± 0.13 N-ALKANE ? D (‰ VSMOW) St. Dev (‰, 1%YTf& ) C-17 -141.25± 1.1 C-18 -53.48± 1.6 C-19 -120.68± 0.8 C-20 -48.21± 1.0 VANILLIN ? 18O (‰ VSMOW) St. Dev (‰, 1%YTf& ) A -1.36± 0.49 B 10.64± 0.31 C 14.00± 0.35 D 10.64± 0.21 Low cost of ownership High data quality Extreme durability Elementar – your partner for excellent elemental analysis Elementar is the world leader in high performance analysis of organic and inorganic elements. Continuous innovation, creative solutions and comprehensive support form the foundation of the Elementar brand, ensuring our products continue to advance science across agriculture, chemical, environmental, energy, materials and forensics markets in more than 80 countries.