ZYLAB supplied Ascenza with a laboratory-scale jet mill designed for fine and ultrafine particle size reduction.
The jet mill uses high-velocity compressed gas to accelerate particles and achieve size reduction through particle-to-particle impact, without conventional grinding media. This makes jet milling suitable for applications where contamination and excessive heat generation need to be minimized.
ZYLAB supplied a lab scale jet mill with feeder and product collector to a U.S. lithium-ion battery R&D company, providing a glove box-compatible solution for precision powder processing.
ZYLAB recently supplied a 50–500 g/h high-efficiency lab scale jet mill to the National Research Council Canada to support battery material development at its Clean Energy Innovation Research Centre.
In advanced cement research, precision powder processing is essential for material development, performance evaluation, and formulation innovation. ZYLAB recently supplied a Lab Scale Jet Mill to a leading U.S. cement research company for small-batch ultra-fine grinding, enabling more accurate and consistent R&D results.
This guide explains how the most commonly used lab mills work, which powder types each is best suited for, and practical tradeoffs lab researchers should consider.
At ZYLAB, we take pride in supporting global partners with high-performance laboratory solutions. Recently, we successfully supplied a Compact Jet Mill to a mid-to-large-sized chemical and equipment supplier based in Matamoros, Mexico. Known for its extensive distribution of agrochemicals, lab equipment, and industrial systems, this company serves a wide range of research and production facilities across Mexico and Latin America.
Whether you’re developing battery materials, advanced ceramics, or pharmaceutical powders, contamination-free and efficient grinding is essential. Laboratory jet mills offer a powerful and compact solution for researchers seeking high-performance results on a small scale.