This invention describes a method for making tiny hollow particles for introduction into food products. It works by precisely controlling two fluid streams: a gas stream expelled from a small opening, and a liquid stream exiting a separate opening positioned just downstream. The interaction between these two streams forms a stable microjet that breaks up into uniform, hollow particles, with claims specifying the precise dimensions of the openings and their separation.
Why it matters: Since 2001, microfluidics and precision manufacturing have advanced significantly, making the creation of the specified nanoscale to millimeter-scale nozzles and controlled fluidic systems more feasible and cost-effective. This enables more precise encapsulation and targeted delivery of nutrients or flavors in food products.
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