Optimal for grinding samples for research! 10 to 20 times more efficient compared to rotary mills.
The vibration mill exhibits 10 to 20 times the efficiency compared to conventional rotary mills. This is due to the fact that in a vibration mill, the number of impacts from the balls is 50,000 times that of the rotary type, and while the impact in the rotary type is 1G, the vibration mill can achieve 6 to 14G. Features of the vibration mill include reduced grinding time, ease of micron-order fine grinding, high efficiency, compact design allowing for special grinding such as inert gas encapsulation, the ability to attach a jacket for internal cooling or heating, suitability for both dry and wet grinding, ease of handling with a small installation area, and the ability to select the lining (non-ferrous metal material) and media for the grinding chamber. We offer the "MB-O type," which is optimal for fine grinding of extremely small test samples, the "MB-1 type," which is ideal for sample preparation for research, and the "MB-3 type," which is widely used for research and small-scale production. For more details, please contact us or refer to the catalog.
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【Features】 ○ Achieves 10 to 20 times the efficiency compared to conventional rotary mills ○ Reduces grinding time ○ Easily grinds to micron order ○ Efficient and compact, allowing for special grinding such as inert gas encapsulation ○ Can attach a jacket to the grinding cylinder for internal cooling or heating ○ Usable for both dry and wet grinding ○ Easy to handle and occupies a small installation area ○ Allows selection of lining (non-ferrous metal material) and media for the grinding cylinder ○ Lineup → MB-O type: Ideal grinding machine for ultra-small sample grinding for research → MB-1 type: Optimal grinding machine for sample preparation for research → MB-3 type: Widely used for research and small-scale production ● For more details, please contact us or refer to the catalog.
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Company information
Founded in 1946 as Nagoya Chemical Machinery Works with the aim of designing and manufacturing fermentation and distillation equipment for alcoholic beverages, it was subsequently developed and dissolved in March 1950, leading to the establishment of Chuo Chemical Machinery Co., Ltd. Focusing on the field of general chemical equipment, we have worked to improve and accumulate technology, achieving results in a wide range of areas up to the present day.
