35% More Lab Efficiency Maximizing Measurements per Hour with Sample Changer Automation
Xsample 5200 sets a new benchmark in laboratory automation, demonstrated by measurements performed with reference instruments of the same application class. Designed for speed, flexibility, and precision, it enables laboratories to process up to 15 more measurements per hour than current market solutions while ensuring full traceability through integrated barcode and QR code reading.
Introduction
As laboratory operations evolve, the need for smarter, more efficient solutions continues to grow. That’s why we’re excited to bring you our automated sample changer Xsample 5200 – a compact, versatile addition designed for seamless integration with a wide range of measurement instruments. Built for both scientific and industrial environments, it brings a new level of performance, adaptability, and user-friendly operation to modern workflows.
The first part of report focuses on one of the most used analytical configurations in both laboratory and industrial environments: a density meter integrated with an automated sample changer. The setup is widely used for the precise determination of liquid densities across various industries, making it a relevant benchmark for evaluating automation performance.
To showcase the system’s real‑world performance, it was first tested using a selection of representative liquid samples – including distillate and sugar syrup. The evaluation emphasized performance under typical application conditions, with particular focus on operational efficiency and overall system throughput. In a subsequent part, a case study tailored to the flavor and fragrance industry is presented by utilizing a common setup containing density meter, polarimeter, refractometer, and a sample changer. Here a sunflower oil sample was used to compare the total system analysis time of our respective sample changer, against a comparable system currently available on the market.
These insights offer a compelling case for laboratories looking to optimize workflows and increase efficiency across a variety of applications.
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