AIR JET MILL - EMCO PSI 12
The EMCO PSI – 12 works independently with the process at a constant temperature. The powder is fed at below sonic speeds into the flat cylindrical milling chamber tangentially through a venturi. The system uses compressed air. Once the particles are inside the milling chamber they are accelerated by a series of jets around the perimeter to supersonic speed, in a spiral movement. The micronising effect occurs when the slower incoming particles and the faster particles in the spiral path collide. While centrifugal force retains the larger particles at the periphery of the milling chamber, the smaller particles exit with the exhaust from the center of the chamber.
The Particles Size Distribution is controlled by adjusting the 3 main parameters

• Milling Pressure – the energy used to micronize the product, increasing pressure, increases the micronization effect.
• Feed Pressure – The energy used to introduce the product into the milling chamber.
• Feed Rate – the concentration of product fed into the milling chamber, the greater the feed rate, the less the micronization

Effect, because particles must have space to achieve proper acceleration and collision.
Features of Jet Mill - EMCO PSI 12

• Documents to support FDA validation (DQ, OQ, FAT, IQ, PQ)
• Narrow Particle Size Distribution (PSD)
• Simple and rapid Assembly OR Disassembly
• Limited number of components
• Low energy consumption
• Sterile manufacturing
• No heat generation
• No cross contamination
• Variety of available liners to resist abrasion

Feeding System – MOC SS 316

• Vibratory
• Vfd Controled Screw Type - Volumatric

Milling Chamber – MOC SS 316

• Diameter 100MM
• Liners Can Be SS 316, SS 304, PUR (Vulkollan), Ceramic, titanium Nitride etc.

Bagfilter System

• Pneumatic Shaking Bags
• Reverse Pulse
• Hepa Filter (If Customer Required)

Control Panel

• Non Flame Proof
• Flame Proof
• Plc Based
• Electro Pneumatic

Star Option
System fully automated by PLC with full batch reporting integration of PAT technology, on-line particle size analysis can be provided.

AIR JET MILL - EMCO PSI 12
The EMCO PSI – 12 works independently with the process at a constant temperature. The powder is fed at below sonic speeds into the flat cylindrical milling chamber tangentially through a venturi. The system uses compressed air. Once the particles are inside the milling chamber they are accelerated by a series of jets around the perimeter to supersonic speed, in a spiral movement. The micronising effect occurs when the slower incoming particles and the faster particles in the spiral path collide. While centrifugal force retains the larger particles at the periphery of the milling chamber, the smaller particles exit with the exhaust from the center of the chamber.
The Particles Size Distribution is controlled by adjusting the 3 main parameters

• Milling Pressure – the energy used to micronize the product, increasing pressure, increases the micronization effect.
• Feed Pressure – The energy used to introduce the product into the milling chamber.
• Feed Rate – the concentration of product fed into the milling chamber, the greater the feed rate, the less the micronization

Effect, because particles must have space to achieve proper acceleration and collision.
Features of Jet Mill - EMCO PSI 12

• Documents to support FDA validation (DQ, OQ, FAT, IQ, PQ)
• Narrow Particle Size Distribution (PSD)
• Simple and rapid Assembly OR Disassembly
• Limited number of components
• Low energy consumption
• Sterile manufacturing
• No heat generation
• No cross contamination
• Variety of available liners to resist abrasion

Feeding System – MOC SS 316

• Vibratory
• Vfd Controled Screw Type - Volumatric

Milling Chamber – MOC SS 316

• Diameter 100MM
• Liners Can Be SS 316, SS 304, PUR (Vulkollan), Ceramic, titanium Nitride etc.

Bagfilter System

• Pneumatic Shaking Bags
• Reverse Pulse
• Hepa Filter (If Customer Required)

Control Panel

• Non Flame Proof
• Flame Proof
• Plc Based
• Electro Pneumatic

Star Option
System fully automated by PLC with full batch reporting integration of PAT technology, on-line particle size analysis can be provided.