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Fluid Energy Processing and Equipment Company
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Fluid Energy - Model Jet-O-Mizer - Particle Size Reduction System

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The Jet-O-Mizer is a sophisticated particle size reduction system tailored for fine and ultra-fine powder grinding, managing particle sizes between 0.5 and 45 microns. It operates as a vertically configured jet mill with an inverted trapezoidal chamber design, optimizing particle concentration at the grinding nozzles for enhanced efficiency and reduced wear. This system is particularly beneficial for materials sensitive to heat as the cooling effect of the grinding fluid counteracts any resultant heat. With an adjustable classification zone, it allows precise control over particle size distribution suitable for various products. The robust construction, made entirely in the USA, guarantees high durability and low maintenance, capable of continuous operation all year. Furthermore, Fluide Energy provides comprehensive support, including operational testing to tailor optimal conditions for diverse processing needs, reinforcing the system’s adaptability for combined grinding and secondary processes like drying and blending.
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The JET-O-MIZER is a vertically oriented jet mill with tangential grinding nozzles located at the bottom and static classification occurring at the top. This powder machine is capable of grinding dry powders to 0.5-45 micron averages, this vertical jet mill produces a narrow particle size distribution, consumes less energy and is easy to feed with a wide variety of materials.

  • Sanitary designs for access to gas and product contact areas
  • No blow back, easy feed operation
  • Replaceable grinding nozzles and liners
  • Specialized liners for abrasive applications
  • Combined operations – grinding/blending, grinding/coating
  • Largest range of throughput with models for one gram batches (or rates up to 10,000 lbs. per hour)
 
Outstanding Efficiency and Versatility in Fine Grinding (0.5 – 45 Microns) and Classification

The JET-O-MIZER jet mill has been developed with many distinct design features to consume less power, provide a greater range of throughput (1 to 12,000 lb/hr) and ensure exceptional finished product quality. Thorough application engineering allows determination of the ideal operational conditions for your process. Specific raw material characteristics and production requirements are integrated into a complete JET-O-MIZER system.

High-Efficiency Chamber Design

The JET-O-MIZER grinding chamber features an inverted trapezoidal design, which forces the circulating particles to concentrate at the nozzles. This unique design improves grinding efficiency and reduces wear on chamber walls.

Adjustable Classification Zone

The JET-O-MIZER jet mill employs an externally adjustable configuration. This feature controls the velocity gradient to isolate the classification process from the grinding chamber. This patented feature allows efficient control of particle size distribution for multiple products or specifications.

No Attritional Heat

The cooling effect of the grinding fluid completely offsets the slight heat generated during grinding. The JET-O-MIZER jet milling machine is routinely used to grind products with critical heat limitations.

Combined Operations

In the JET-O-MIZER system, grinding may be combined with other physical and chemical operations. This saves time, reduces energy and minimizes product handling. While grinding, the JET-O-MIZER can:

  • blend and mix ingredients
  • coat product with waxes, oils and dyes
  • promote chemical reactions (such as oxidization and calcination)
  • inhibit chemical reactions
  • free entrapped solvents
Replaceable Protective Liners

Special alloy, polymer or ceramic liners minimize wear or build-up in strategic areas of the jet mill. This simplifies operation, extends the life of many components and prevents downtime.

Adjustable Classification Zone

Production size JET-O-MIZER jet mill employs an externally adjustable configuration. This feature controls the velocity gradient to isolate the classification process from the grinding chamber. This patented feature allows efficient control of particle size distribution for multiple products or specifications.

Reliable Construction

The JET-O-MIZER jet milling machine is constructed entirely in the USA of only the highest quality components. The low-maintenance design has no moving parts and can be opened quickly and easily for inspection or cleaning. All parts are made in the USA which guarantees rapid delivery of spare items. Comprehensive engineering and durable construction enable our system to operate continuously 24 hours a day, 365 days a year.

Engineering Support and Service

JET-O-MIZER testing is done at our facility in Pennsylvania where detailed process data can be obtained for your application. Fluid Energy engineers and quality service technicians are immediately available to provide technical assistance and to guarantee that the JET-O-MIZER System performs to your complete satisfaction.

Rental Systems

Most of Fluid Energy’s advanced jet mill systems are available on a rental basis to fulfill your immediate processing requirements.

Custom Processing

Fluid Energy maintains a facility for fine / ultra fine grinding of your material on a contractual basis. Other services include blending, drying and packaging. Our fully equipped QA laboratories are available for moisture, particle size and custom analyses of your products.

Air, steam or gas is introduced into the JET-O-MIZER through specially designed nozzles to create a sonic or supersonic grinding stream. Solid particles of raw feed are injected into this violent, turbulent stream. The high-velocity collisions that result provide thorough and effective pulverization of the feed into smaller particles. The particle stream leaving the reduction chamber flows to the classification zone. As the stream enters the static classifier, the direction of flow is reversed. Properly sized product is entrapped by the viscous drag of the exiting flow and conveyed to collection equipment. Larger particles are recycled to the reduction chamber for further grinding.