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How to Avoid the Top 10 Errors in Particle Analysis

How to Avoid the Top 10 Errors in Particle Analysis
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Think SYNC: Taking Laser Diffraction to the Next Level

Think SYNC: Taking Laser Diffraction to the Next Level
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Milk Powder - Particle Size Analysis by Laser Diffraction

Milk powder, as a result of milk processing, is a key product and it is widely used in the manufacture of ice cream, chocolate, confectionery, cultured milks and yogurts, bakery products, soups, and sauces. As global living standards continue to improve, the consumption of dairy products progressively increases as well as the demands placed on them, including flavor profiles and sensory characteristics. It is already known that the composition and physical and sensory properties of milk powder are impacted by production, packaging, storage, transportation and other processes. For instance, it is believed that various manufacturing specifications in the production process of milk powder, such as homogenization, spray drying and sieving, enhance the flavor and taste of milk powder: proper homogenization is necessary to break up large fat particles throughout the production process.

Versatile Particle Analysis Solutions for Food Industry Applications

Mar 04 2021 Read 279 Times The materials to be analysed in the food sector are more diverse in terms of their physical properties and size ranges than in most other industries. Particularly challenging is the fact that many samples are difficult to handle due to oil content, poor flowability, inhomogeneity and water solubility. Microtrac offers innovative solutions for virtually all applications in the food industry with instruments that work either according to the principle of Laser Diffraction, Dynamic Image Analysis, or both. For materials in the micrometre to millimetre range, dynamic image analysis is especially suitable. Wet and dry measurements are possible, but mostly dry powders and granules are analysed. The instruments of the CAMSIZER series record up to 300 images per second which are evaluated in real time. By analysing particle images, the shape is also determined. Powerful dispersion units allow the measurement of highly agglomerated powders. Using a CAMSIZER in th

Flow Imaging Microscopy/Dynamic Image Analysis Market worth $45 million by 2025 - Exclusive Report by MarketsandMarkets™

The Increasing R&D investment in the field of nanotechnology, rising investments in pharmaceutical, and stringent regulatory guidelines for product quality across industries are fueling the growth of the market. Moreover, the rapidly growing pharmaceutical industry in emerging countries are some of the other major factors driving the growth of this dynamic image analysis market. The large biomolecule segment accounted for the largest share of the flow imaging microscopy market, by technology, in 2019 Based on sample type, the market is segmented into large biomolecules, small biomolecules, microfibers & nanofibers, liquid & viscous samples, and other samples. The large biomolecule segment accounted for the largest share of the flow imaging microscopy market in 2019, driven by the growing regulatory recommendations to analyze subvisible particles in biologics to maintain the safety and efficiency of final products.

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