Analytical techniques are the beating heart of every laboratory. They determine how accurately, reliably, and quickly measurements are performed. Technological advances are constantly shifting the boundaries: analyses are becoming more sensitive, measurement times shorter, and sample volumes smaller. This also increases the role of the laboratory in solving current challenges within industry, the environment, and healthcare. New analytical methods enable the collection of data that was previously simply inaccessible.

Innovations are enabling laboratories to work increasingly smarter and more efficiently. Consider techniques like pyrolysis-GC/MS for analyzing microplastics, which allows for the rapid and accurate mapping of complex samples. At the same time, sustainable analysis techniques are gaining ground. Methods like supercritical fluid chromatography demonstrate that high performance and reduced environmental impact go hand in hand. This aligns with a broader movement in which laboratories are considering not only measurement results but also how they are generated.

Moreover, the boundaries of analysis are increasingly expanding beyond the traditional laboratory. Mobile analysis methods and compact measurement setups enable on-site measurements, for example, for water quality or environmental monitoring. This significantly reduces the time between sampling and results and enables rapid decision-making. Such applications demonstrate that analysis techniques are not only becoming more precise, but also more flexible and practical to use in the field.

During the World of Laboratory, analysis techniques will receive extensive attention in expert sessions. Specialists will discuss measurement solutions for current analysis issues, such as PFAS, microplastics, and mycotoxins.