Micronizing

Dec's new 4th Generation Micronizing Technology for Outstanding

Performance - High Yields, Tight PSD, Excellent Scalability

 

 

Micronizing

Particle size reduction is a key process in laboratories and small scale manufacturing, right through to full size production.

Dec’s versatile and multi-format jet mill equipment is designed to satisfy the full range of these requirements. Available in open and contained arrangements, with the ability to handle difficult and hard to handle products, they are ideal for pharmaceutical, chemical and cosmetic production.

The new 4th generation MC Jet Mill systems have been developed with Computational Fluid Dynamics (CFD) analysis. The subsequently improved geometry of the grinding chambers and ring integrated nozzles have led to a very narrow PSD (Particle Size Distribution) around 1 micron (Gaussian curve) revolutionizing existing mirconizing procedures.

The systems can be provided in sterile, toxic or sterile toxic arrangements in contained or non contained format. They also have the advantage of being scalable.

Correct optimization product recovery rates of 99% are achievable, with production ranging between 0.2 g on the smallest system, to better than 150 kg/h on the larger ones.

>>> Download "Pharmaceutical & Chemical Powder Micronization"

Micronizing

Dec's new 4th Generation Micronizing Technology for Outstanding

Performance - High Yields, Tight PSD, Excellent Scalability

 

 

Micronizing

Particle size reduction is a key process in laboratories and small scale manufacturing, right through to full size production.

Dec’s versatile and multi-format jet mill equipment is designed to satisfy the full range of these requirements. Available in open and contained arrangements, with the ability to handle difficult and hard to handle products, they are ideal for pharmaceutical, chemical and cosmetic production.

The new 4th generation MC Jet Mill systems have been developed with Computational Fluid Dynamics (CFD) analysis. The subsequently improved geometry of the grinding chambers and ring integrated nozzles have led to a very narrow PSD (Particle Size Distribution) around 1 micron (Gaussian curve) revolutionizing existing mirconizing procedures.

The systems can be provided in sterile, toxic or sterile toxic arrangements in contained or non contained format. They also have the advantage of being scalable.

Correct optimization product recovery rates of 99% are achievable, with production ranging between 0.2 g on the smallest system, to better than 150 kg/h on the larger ones.

>>> Download "Pharmaceutical & Chemical Powder Micronization"


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