The QMill-2 has been engineered in order to give higher product yield to encounter all of these needs:
* 1g is minimum batch micronised
* Recovered product: more than 80%, starting from 0.2g batch
Despite the reduced dimensions, this jet mill keeps the same performances and advantages of bigger QMILL.
| Name | Qmill - 2 |
|---|---|
| Dimensions | 2” milling chamber |
| Material | AISI316L |
| Gaskets | PTFE – FEP / Silicone |
| Surface roughness | < 0.25 μm – contact parts < 0.80 μm – non contact parts |
| Batch Size | Minimum 1 g – Maximum 3 kg |
| Productivity | Minimum 3 g/h – Maximum 100 g/h |
| Gas Consumtpion @ 7 barg | 11.4 Nm3/h |
| Gas Consumtpion @ 12 barg | 19.5 Nm3/h |
| Gas Consumtpion @ 100 barg | 7,1 SCFM |
| Gas Consumtpion @ 175 psig | 12,2 SCFM |
| Yield | Typical yield 99.5% depending on batch size |
| Working pressure | From 2 up to 12 barg |
A spiral jet mill is a piece of equipment used to reduce the particle size of pharmaceutical and fine chemical powders down to few micrometers. It is made of different components, each designed for a specific part of the micronization process. The product is first poured in a feeder where it is fed into the product line of […]
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Issues: Particle size reduction down to low micron is needed Operators must be protected because product is very dusty Large campaigns with expensive product: highest productivity is needed High Potent apis will be added in the future “High Potent Ready” solution: Air-tight separation cyclone with WIP to contain dust Modular micronization equipment for easy integration […]
Contrary to a traditional mechanical mill, a jet mill uses a high-pressure process gas (usually compressed air or nitrogen) as milling energy. Particle-to-particle collision is what reduces the powder size. No mechanical crushing is involved. The most important part of a Jet Mill is the grinding chamber. If is fitted with a series of calibrated nozzles that distributes […]
