Used STURTEVANT Micronizer #9066367 for sale

STURTEVANT Micronizer is a type of ion milling machine, used to produce very fine particles with a high degree of uniformity in size and shape. This equipment utilizes a combination of high-velocity collisions and superheated vaporized particles to achieve sub-micron precision in particle size and shape. It is an ideal system for applications which require materials to be milled down to nanometer-scale dimensions. The main components of Micronizer include a vacuum chamber, jet mill, feeder unit, cyclone separator, and collector. The vacuum chamber is used to encapsulate the material being processed, and is evacuated to the desired pressure. The jet mill generates a airflow of high pressure gases, which is used to create a shearing force between the particles of the material. This shearing force causes the particles to be broken down into nanometer-scale dimensions. The feeder machine is used to regulate the flow of the material and ensure a uniform distribution of the particles. The cyclone separator is used to separate the particles according to size, with the smaller particles being collected and the larger particles being returned to the jet mill for additional processing. The collector is used to store the micronized particles for further analysis or processing. STURTEVANT Micronizer tool can process a variety of materials, including ceramics, metals, minerals, polymers, and other complex materials. It is highly efficient, and can process even the toughest materials with high levels of precision. The asset is also capable of producing a range of particle sizes down to sub-micron and nanometer levels. The model is designed with an easy-to-use control panel, allowing users to precisely adjust the speed and pressure of the jet mill, as well as the vacuum level in the chamber. Micronizer is used in a wide range of industries, including chemicals, pharmaceuticals, materials science, applied technology, and many others. This equipment provides a cost-effective solution for dealing with challenging materials, as it can produce fine particles in a wide range of sizes with high levels of uniformity. In addition, its easy-to-use control panel and user-friendly design make it an ideal choice for researchers looking for precise particle size and shape control.