High throughput tissue grinder

Product Description/Product descriptionHigh throughput tissue grinderIt is a product specifically developed for the preparation of various samples. It only takes a few seconds to achieve powder mixing and homogenization.High throughput tissue grinderAlso known as QuickRapid tissue grinder, multi sample tissue homogenizer, and rapid sample homogenization system are also suitable for breaking biological cell walls and extracting DNA/RNA. Superb performance and agilityThe activity ensures its position in the market.

Product advantages and applications/Product advantagesExtract nucleic acid/proteinLow temperature grinding of samples can effectively inhibit nucleic acid degradation and preserve protein activity.Analyze the medicinal ingredientsThere are often significant differences between isomers of active ingredients in drugs. Low temperature grinding can prevent molecules from degrading due to pressure and heat.Reduce sample evaporationLow temperature grinding can reduce sample volatilization and preserve sample component content more completelyGrinding toughness/hardness samplesFor difficult to grind samples such as high toughness plastics, high-strength plastics, and resins, low-temperature grinding can significantly improve the grinding effect and efficiency

Scope of application/Scope of application1. Suitable for grinding and crushing samples of various plant tissues, including roots, stems, leaves, flowers, fruits, seeds, etc;2. Suitable for grinding and crushing various animal tissues including brain, heart, lung, stomach, liver, thymus, kidney, intestine, lymph nodes, muscles, bones and other samples;3. Suitable for grinding and crushing samples such as bacteria and yeast;4. Suitable for grinding and crushing in the analysis and testing of ingredients in food, medicine, and tablets;5. Suitable for samples such as oil shale, coke, coal, glass, minerals, ores, etcGrinding and crushing;6. Suitable for samples of plastics, polymers including PE, PS, textiles, resins, etcGrinding and crushing of the product.