In the last decade, sustainability has gone from being an option to becoming a necessity within research environments. Laboratories generate a considerable amount of plastic waste, but Eppendorf is leading the charge towards a greener future with its new line of BioBased consumables.
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Here you will find up-to-date and relevant information about the advances in the medical field and the latest innovations in medical equipment.
En la última década, la sostenibilidad ha dejado de ser una opción para convertirse en una necesidad dentro de los entornos de investigación. Los laboratorios generan una cantidad considerable de residuos plásticos, pero Eppendorf está liderando el cambio hacia un futuro más verde con su nueva línea de consumibles BioBased.
Today's clinical laboratories face a dual challenge: ensuring maximum reliability in in vitro diagnostics while simultaneously reducing their environmental impact. OHAUS Frontier IVD centrifuges combine precision, safety, and sustainability thanks to their innovative R290 refrigeration system, offering reliable, efficient, and environmentally friendly equipment. Discover how this new generation of centrifuges can transform your laboratory, complying with European regulations and raising the bar for quality in clinical diagnostics.
This article addresses the most common HPLC detector failures and how to identify their source. It distinguishes between electronic problems, which should be resolved with the manufacturer, and mechanical or optical failures, which typically focus on the flow cell. Warning signs such as bubbles, contamination, or high pressure are also detailed, and critical maintenance aspects are mentioned, such as lamp status or parameter settings such as gain and response time. The text provides practical advice for diagnosing and preventing errors that directly affect the quality of chromatographic analysis.
Weighing in the laboratory is a simple task, but it has a significant impact on the accuracy of your results. In this guide, we explain the key technical aspects of choosing the ideal balance—readability, capacity, calibration, connectivity—and how the laboratory environment can influence its performance.
In this guide, we explain what a laboratory balance is, the most common types, how to choose the most suitable one for your work environment, and how to maintain it in perfect condition to extend its useful life.
