About Us


Zyxogen, LLC is a global prototyping and licensing company of sophisticated proprietary atomization and micro disbursement technology with capabilities of dispersing liquids and materials with viscosity properties in an unprecedented precision, uniformity, and size (to the nano-level). Zyxogen provides solutions to industries ranging from cosmetics, heavy manufacturing, electronics, food, medical devices, aerospace, and others.

Our Mission is to create and develop meaningful microfluidic product solutions that empower businesses and enhance the lives of people.

What We Offer


Flow Focusing™ is defined as devices and methods, using appropriate geometric parameters and physical properties for producing a stable capillary micro-jet and mono-dispersed aerosol when the micro-jet dissociates.


Electro-Flow Focusing is defined as devices and methods for the production of capillary jets and mono-dispersed aerosol of micro- metric and nano-metric particles by making use of the combined effects of electro-dynamic forces, fluid-dynamic forces and specific geometry.


Flow Blurring™ is defined as devices and methods for micro-mixing of fluids using a reflux cell or devices and methods for pneumatic atomization of liquids through an implosive gas flow.


Technology Attributes

  • Exceptional size control in micro and nano ranges
  • Extremely low energy requirements
  • Completely scalable–large or small
  • Versatile for any liquid/gas (and particle) combinations
  • Smooth, gentle quality processes protect liquids
  • Omnidirectional application


Current Applications

  • Evaporative Cooling
  • Humidification
  • Air treatment
  • Floor care
  • Mass Spectrometry
  • Pharmaceutical Encapsulation
  • Fuel Injection (research)
  • Manufacturing
  • Printing
Fields of Use

  • Home Environment
  • Environmental Control
  • Beauty Care
  • Health Care & Nutrition
  • Food Production
  • Coatings
  • Fuel Delivery
  • Nanotechnology
  • Biotechnology
  • Medical
  • Pharmaceutical
  • Chemical Spray
  • Structural Materials
  • Research