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In this episode of Bench Boost, we explore the best practices for preparing and analyzing samples containing Calcium. From solubility tips to handling trace levels, this episode covers everything you need to know to keep calcium stable in solution and ensure reliable results. We also dive into testing techniques, with insights on using ICP-OES and ICP-MS for calcium detection, including dealing with interferences and optimizing detection limits. Perfect for labs looking to refine their calcium analysis methods.

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Mike Booth is back with guests Ashley Jones, Liv Forbes, and Autumn Phillips, as they walk you through the critical aspects of preparing magnesium samples—whether you're dealing with metals, oxides, or complex minerals like dolomite. Learn how to avoid common pitfalls such as vigorous reactions during dissolution, potential contamination, and handling HF in your processes. The team also discusses the minimal interferences magnesium faces in both ICP-OES and ICP-MS, making it an easier element to manage in the lab. Perfect for analysts looking to refine their techniques and ensure stable, reliable results in magnesium analysis.

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Host Mike Booth, along with Tech Support Chemist Ashley Jones and R&D Chemists Liv Forbes and Autumn Phillips, discuss the straightforward yet crucial steps to ensure beryllium remains stable in solution. Learn about the acids and methods best suited for different beryllium sample types, how to prevent hydrolyzation, and the key considerations for testing beryllium using ICP-OES and ICP-MS. Whether you're new to working with beryllium or looking to refine your approach, this episode offers valuable insights for achieving reliable results.

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In this episode of Bench Boost, we focus on the essential techniques for preparing samples containing group 1 elements: lithium, sodium, potassium, rubidium, and cesium. Host Mike Booth is joined by Tech Support Chemist Ashley Jones and R&D Chemists Liv Forbes and Autumn Phillips to discuss the specific challenges these elements pose. From handling reactive metals to dealing with contamination risks, our experts share practical tips to ensure accurate ICP analyses. Discover the best practices for working with different sample types, managing chemical compatibility, and mitigating interferences, all while achieving reliable, clean results in your lab.

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This week on Bench Boost, we wrap up our conversation with CEM Corporation’s Macy Harris and Elaine Hasty. The focus is on overcoming two major hurdles in microwave digestion: contamination and method development. Macy and Elaine provide actionable advice on how to minimize contamination in the lab and select the right acid chemistry for your samples. They also discuss how CEM’s microwave technology has helped labs improve throughput and achieve lower detection limits. Whether you’re new to microwave digestion or looking to optimize your process, this episode offers essential guidance from industry experts.

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This week on Bench Boost, Mike is joined by Macy Harris and Elaine Hasty from CEM Corporation to discuss the benefits of microwave digestion technology. Discover how switching from traditional hot block digestion to microwave can save time, increase consistency, and even eliminate the need for hazardous chemicals like perchloric acid in many cases. Macy and Elaine also walk us through CEM’s latest microwave digesters and offer tips on choosing the right system for your lab’s needs. Don’t miss this insightful conversation packed with tips for optimizing your sample preparation process.

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Our experts are back this week to tackle more of your pressing technical questions. They discuss key topics such as extending the shelf life of your CRMs, identifying and correcting ICP-MS interferences in the challenging mass range of 60-130, and best practices for analyzing bromide on ICP. From understanding the effects of transpiration on your solutions to leveraging isotopic abundance tables for interference management, this episode is packed with valuable insights for anyone working in trace analysis.

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This week, we're answering some of the most frequently asked questions in the lab. Our R&D chemists, Autumn Phillips and Madeline Gozzi, along with production manager Joey Burns, offer their insights on the best practices for lithium analysis using ICP-OES and ICP-MS. Discover how to handle spectral interferences, the role of ionization buffers, and why tuning your ICP-MS is crucial for accurate results. Plus, learn how to verify the cleanliness of your DI water and avoid contamination from unexpected sources.