Environmental Laboratory 59 Expanded range of OEM compatible ICP-MS supplies
Following the recent addition of ICP-MS supplies compatible with Thermo Fisher Scientifi c analysis equipment, Alpha Resources LLC has further expanded their supplies for ICP-MS analysis to include compatibility with two additional brands, Agilent Technologies® and PerkinElmer®. In-stock supplies include both sample cone and skimmer cone options compatible with leading models of ICP-MS analysis equipment. Agilent, PerkinElmer and Thermo Fisher are the top three OEM for the ICP-MS laboratory equipment used in many industrial sectors. “Given the size of the ICP-MS market, we had always planned on supporting equipment from multiple manufacturers. It’s a little earlier than we had planned on launching the Agilent and PerkinElmer compatible cones, but once Alpha introduced the Thermo Fisher compatible cones, we began to receive customer questions about additional OEM options,” noted Ken Mantei, Director of Operations, at Alpha Resources. “Fortunately, Alpha’s team had already been working for months to fi nalise a more expansive OEM compatible range of sample cones and skimmer cones. With our QA process complete and customer testing feedback in, we can confi dently state that Alpha can provide cost-saving ICP-MS cones for Agilent or PerkinElmer equipment which is equal in durability to OEM cones with consistently reliable analytical output throughout their life. Exactly the kind of quality customers expect from Alpha.” As with all Alpha products, the high-quality lab supplies are compatible for aftermarket use in the specifi ed ICP-MS analysers.
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Intelligent GC systems family extended with new high-capacity headspace sampler
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Rigaku EDXRF — Monitor Environmental Contaminants with Confi dence Elemental analysers
are essential — whether monitoring toxic heavy metals in aerosols on air fi lters, industrial waste streams, or testing
Agilent Technologies Inc. has announced the release of the Agilent 8697 Headspace Sampler -XL Tray with 120 vial capacity. This new sampler expands the sample capacity of the 8697 Headspace Sampler with 48 vial capacity. The Agilent 8697 -XL Tray and the 8697 include the latest instrument intelligence features for increased uptime and operator ease-of-use compared to its predecessor, the 7697A Headspace Sampler.
“Labs that run headspace GC systems know that if they encounter problems during a sequence, and the vials are punctured, they may have to rerun or recollect samples. The 8697 and now the 8697 Headspace Sampler -XL Tray virtually eliminate that problem. The complete GC headspace system checks to ensure that the system and data quality are up to SOP standards, avoiding recollection of samples and reruns,” explained Mike Zhang, vice president and general manager of Agilent’s Gas Phase Separations Division.
The 8697 Headspace Sampler -XL Tray includes instrument intelligence that eliminates downtime and increases effi ciency by self-monitoring operation and guiding operators through dozens of troubleshooting and maintenance procedures—step-by-step, on the GC touch screen. The 8697 Headspace Sampler -XL Tray performs automated system checks, including leak checks, early maintenance feedback (EMF), and self-diagnostics to ensure the system is ready to run. The system also checks QC samples to provide the highest data quality and that samples will not need to be rerun.
Adopting this new high-capacity sampler is quick and easy, requiring no method redevelopment or change in SOP from the earlier 7697A or 8697 Headspace Sampler models. The 8697 Headspace Sampler -XL Tray can also be run with alternate carrier gases due to the separation of vial pressurization and sample loop for added method fl exibility.
“We are excited to add the 8697 Headspace Sampler -XL Tray to our growing portfolio of intelligent instruments. With full integration into the GC intelligence ecosystem, the 8697 Headspace Sampler -XL Tray communicates directly with the GC to optimise operation and ensure maximum uptime,” added Jim Gearing, associate vice president of marketing in Agilent’s Gas Phase Separations Division.
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soils — elemental analysis is very important. It is used for many screening needs and is critical for assessing potential risks posed by pollutants and toxic materials. That is why accurate and reliable, versatile analysers are needed to address a wide range of needs while still suiting budgets and occupying a small amount of space in the lab or testing facility or for ease of use in the fi eld.
Elemental analysis using energy dispersive X-ray fl uorescence (EDXRF) is one of the easiest, most reliable, and most economical analytical techniques. Systems are affordable compared to other technologies, provide fast, non-destructive analysis, and require minimal or no sample preparation. And since many applications require multi-element analytical capabilities, Rigaku EDXRF instruments offer users the fl exibility and reliability to monitor sodium to uranium in almost any matrix.
Rigaku EDXRF benchtops include NEX QC Series for routine quality control, NEX DE Series for more demanding or small spot analysis applications, and NEX CG II for complex applications and research.
NEX QC Series analysers combine superior performance capabilities with affordability. These instruments are lightweight, compact, and do not require an external PC. The intuitive touchscreen interface, built-in printer, and optional portable roller case make these instruments easy to use and convenient for almost any setting — in the fi eld, plant, or lab.
NEX DE Series analysers are high-performance benchtops that give analysts and technicians a fast, simple, yet powerful means for monitoring chemicals, toxins, and heavy metals. These systems offer exceptionally low limits of detection and provide excellent spectral resolution, resulting in low single-digit ppm-level trace elements such as arsenic, cadmium, and lead.
NEX CG II, Rigaku’s highly versatile analyzer, is ideal for measuring ultra-low and trace element concentrations up to percent levels. It is well-suited for trace element analysis for environmental monitoring applications, such as monitoring industrial waste streams to the sub-ppm levels, testing soils, and many others. NEX CG II excels in complex applications with trace elements and variable base matrices without needing a large set of calibration standards.
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