The J-200 fluid jet micronizer has been designed on the basis of cGMP principles to mainly work with several types of pharmaceutical and food products. The plant is not foreseen to work with flammable products or products that can generate explosive atmospheres.

The J-200 works at a constant temperature (endothermic) and independently with just a nitrogen bottle. It can be installed in ambient conditions without explosion risks (non classified zones). The unit is also built to be readily assembled/disassembled and easily cleaned with most common detergents and alcohols. Furthermore, it offers a very high degree of resistance to powder penetration.

Thanks to its modular design concept, the standard J-200 can be upgraded, on request, to the J-300 or J-400 micronizing chambers with very few extra components.

•Productivity from 0.50 to 350.00 kg/hour
•One single collecting point bin, available in many different sizes
•Scalability of the process to bigger micronizers
•Very low product loss, typical yields are 99% of batch size
•Elimination of blow-back phenomenon
•Limited caking of sticky powders
•Quick and easy assembling and disassembling of the system with a limited number of clamped components
•Rapid cleaning and easy validation
•Simplicity of the whole unit
•Special internal lining, Ptfe, Pur (Vulkollan), Ceramic, Titanium nitride, etc.
•The J-200 is manufactured in AISI type 316L (EN 1.4404) stainless steel or in Hastelloy mirror polished to Ra 0.25 micron

While the J-200 is capable of micronizing powder batches up to 350.00 kg/hour, it can easily be upsized to higher capacities using the J-300 and J-400 milling chambers without affecting the Particle Size Distribution (PSD).

Simplicity of the whole unit combined with very low product loss (typical yields of 99.5%of the batch size) make this machine ideal for medium production applications in the pharmaceutical, food, fine chemicals and cosmetics industries.

The system is fully-automated by PLC/HMI and comes equipped with volumetric or gravimetric pharma feeders, various types of of cyclone filters, and a sanitary rotary valve for product collection. This jet mill conforms fully to CE and FDA norms.

Milling Chamber: J-200 
  •Process gas at 7 bar=1.70 m3/min (60.0 CFM)
  •Process gas at 12 bar=2.74 m3/min (96.8 CFM)
  •Estimated capacity=from 0.5 to 50.0 kg/hour

Milling Chamber: J-300 
  •Process gas at 7 bar=4.20 m3/min (148.3 CFM)
  •Process gas at 12 bar=6.90 m3/min (243.7 CFM)
  •Estimated capacity=from 5.0 to 200.0 kg/hour

Milling Chamber: J-400 
  •Process gas at 7 bar=7.00 m3/min (247.2 CFM)
  •Process gas at 12 bar=12.00 m3/min (423.8 CFM)
  •Estimated capacity=from 10.0 to 350.0 kg/hour

Numerous configurations are available and can be offered to tailor our micronizers to your specific application(s). Try your custom version, and our engineering team will work with you in order to develop your personal system.

The following options are already available:
•Volumetric or gravimetric pharma feeders
•Many different configurations for cyclone filter
•Sanitary rotary valve for the product collection
•In line sampling device
•Low Emission version with Hepa filter (J-200-LE)
•Balance line
•J-200, J-300 & J-400 milling chambers
•J-200, J-300 & J-400-LE (low emission version with Hepa filter)
•CIP and SIP systems
•Explosion proof (ATEX) version
•Sterile version
•Open version for clean room
•Totally closed, stand-alone version
•System fully automated by PLC/HMI

The Standard Pharma Version
•Open manifold execution, FDA validatible
•Upper and lower plates + central nozzles ring closed by four handles, or by a single V-clamp
•Twin screw volumetric feeder
•Manifold with automatic main valve, ball process valves, two pressure gauges, and one thermometer
•Cyclone filter with polyester anti-static filter sleeves, ending with a sanitary butterfly valve for product collection
•Final filtering unit with pre-filter, semi absolute, and absolute Hepa filter (99.997% efficiency)
•Main control panel
•Simplified version based on the same Pharma concept can be customized for other applications:
-  Cosmetics
-  Fine chemicals
-  Food
-  Fillers