Jet Milling Systems
Lab Scale, Pilot Scale & Production Scale Solutions
Reduce particle size to microns and sub-microns with our jet milling technology. Our systems use compressed air or inert gas to deliver ultra-fine powders with narrow distributions and zero temperature elevations. Application support from lab testing through full scale production.
How Jet Milling Works
Compressed air or inert gas accelerates particles through converging nozzles inside the grinding chamber. Particles collide with each other at high velocity, reducing size without mechanical contact.
Application Examples
Active Pharmaceutical Ingredients
Battery cathode & anode powders
Coatings, pigment, & colorants
Advanced ceramics & powders
Industrial minerals & additives
Speciality chemicals
Food ingredients & flavors
Engineering polymers
Metal powders & alloys
Custom & proprietary powders
What Can We Help You Process?
Battery Materials
Pharmaceuticals
Chemicals
Nutraceuticals
Ceramics
Metals & Metallurgy
Polymers & Plastics
Research
Why Choose Jet Mills
Micron and sub-micron size capacity
Clean, low-contamination processing
Scalable solutions from lab to production
Inert gas capability for sensitive materials
Advanced materials of construction
Expert application engineering and technical support
Common Jet Mill Goals
Reduce particle size to target microns
Narrow particle size distribution
Improve powder flow and packing
Process heat-sensitive materials
Increase surface area / reactivity
Have a Material Challenge?
Tell us about your material and goals, and we’ll recommend the right solution.
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Jet Mills
Lab Scale Jet Mills
Lab scale jet mills are designed for precise, ultra-fine particle size reduction of dry powders in research, development, and small-batch production environments.
Using high-velocity compressed air or inert gas, the material is accelerated within the grinding chamber where particle-on-particle impact reduces particle size without the need for mechanical grinding media. These systems are well suited for applications requiring narrow particle size distributions, minimal contamination, and scalable process development.
Available in stainless steel construction, our jet mills can also be fitted with abrasion-resistant liners for processing hard, abrasive, or wear-sensitive materials. Their compact design, cleanability, and configurable feed and collection options make them ideal for pharmaceutical, chemical, ceramic, mineral, battery material, and advanced powder processing applications.
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Jet Mills, Production Scale Jet Mills
Pilot and Production Jet Mills
Pilot and production size jet mills are designed for reliable ultra-fine grinding of dry powders from scale-up testing through full production processing. These systems use high-velocity compressed air or gas to create particle-to-particle collisions inside the grinding chamber, reducing material without the use of mechanical grinding media.
Available in stainless steel construction and with specialized liner options for abrasive or difficult materials, they can be configured to meet a wide range of process requirements. Pilot size systems are ideal for process development, batch optimization, and confirming production parameters, while larger production models provide the capacity, durability, and efficiency needed for continuous or high-volume powder processing.
With options for feeding, collection, filtration, containment, and sanitary designs, Glen Mills jet milling systems are well suited for pharmaceutical, chemical, ceramic, mineral, battery material, pigment, and advanced powder applications.
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More Benefits
Sanitary Construction
Replaceable & Wear Resistant Liners
Stainless Steel Construction
Explosion / Inert Gas Options
Advanced Control
Rental Options
Why Start With Testing or Renting
Free Feasibility Testing
Test your material in our lab on the right jet mill system. Receive data and recommendations at no cost.
Validate Before You Buy
Reduce risk with real data and expert recommendations.
Bridge Capacity Needs
Use tolling or rental systems to meet demand and scale with confidence.
