Complex polymers demand reliable sample preparation. Whether amorphous, semi‑crystalline, filled or reinforced, every material responds differently to energy input. Find out how to process each one precisely with our lab instruments.

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A whole range of new components can be found in innovative batteries. Efficient recycling must be discussed in order to save rare earths. How can these tasks be accomplished? What form of comminution is suitable for the, sometimes problematic materials? And what does this mean for the future? There is exciting potential for research and development in this field, especially in nanotechnology. Please note that the webinar is only available in German.

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In this white paper Robert lonescu, Isaac Ruiz, Chueh Liu, and Matthew Garrity from the Materials Research Lab Of Ionbell show how our Ball Mills have enabled lonobell to rapid prototype through a variety of silicon particle geometries to produce the next generation of high-capacity silicon-based lithium-ion batteries.

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When it comes to 3D printing, the principle from the large to the small is reversed. In previous, well-known manufacturing processes, a component is created by removing material, for example by means of CNC turning or milling. In additive manufacturing, the approach is virtually reversed. Here, the part previously designed in CAD is created from a powder or a liquid by means of a 3D printing process.

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Milling, homogenizing, and analyzing cannabis with FRITSCH: Processing cannabis isn’t just a technical step — it’s the foundation for consistent quality, reliable analytics, and compliant end products. We gathered all cannabis related info into the following page.

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In this white paper Dr. Roggen from DELICO Labs explains how milling affects volatile compound recovery in functional mushroom extracts.

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Dr. Roggen and his team compared different milling instruments and conditions to investigate the effect of different milling protocols on cannabinoid recovery.

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Our accounting manager and track and field athlete Fabian Mayer asked our laboratory manager to produce an "adhesive" for him, with which the discus would have the perfect grip in his hand. In our Knife Mill PULVERISETTE 11 we conducted several grinding tests with colophony and magnesium oxide and obtained the perfect powder.

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Minerals are a coarse material. In our video we demonstrate how to effectively comminute an agate sample with the Planetary Micro Mill PULVERISETTE 7 classic line.

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Milling organic samples can be challenging, because they may contain oils or resins. A sample of hops is comminuted in this video using our Planetary Mill PULVERISETTE 5 classic line.

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