Why Airjet Mill?

Operating Principle:
Air jet mills utilize high-velocity jets of air or gas to create a vortex within a milling chamber. The particles are fed into the milling chamber and collide with each other due to the turbulent air streams. The impact and shear forces generated during collisions lead to particle size reduction.
Particle Size Control: Air jet mills offer precise control over particle size distribution. The size of the particles can be adjusted by altering the operating parameters such as the air or gas pressure, feed rate, and classifier settings. This control allows pharmaceutical manufacturers to achieve the desired particle size for optimal drug formulation and performance.

Gentle Milling:
Air jet mills are known for their ability to handle fragile and heat-sensitive materials. The grinding process is typically gentle, as it mainly involves particle-on-particle collisions rather than intense mechanical forces. This makes air jet mills suitable for milling delicate pharmaceutical compounds that may degrade or undergo undesirable chemical changes under harsher milling conditions.

Minimal Contamination:
Air jet mills are often preferred in pharmaceutical applications due to their ability to minimize contamination. The milling chamber and internal components are designed to be easily cleanable and made from materials that do not introduce impurities into the milled product. This is crucial for maintaining the purity and quality of pharmaceutical formulations.

Scale-up Capability:
Air jet mills offer scalability, allowing pharmaceutical manufacturers to adapt the milling process from laboratory-scale to industrial production. By maintaining similar operating principles and optimizing process parameters, manufacturers can achieve consistent results and particle size distributions across different production scales.

Safety Considerations:
It is essential to consider safety measures when using air jet mills. Fine particles generated during milling can disperse in the air, potentially posing a respiratory hazard. Adequate ventilation and appropriate protective equipment should be employed to ensure a safe working environment.
Air jet mills have become an integral part of pharmaceutical manufacturing processes due to their ability to achieve precise particle size reduction, handle delicate materials, and maintain product quality.

SREENEX Air Jet Mills Unleashing Precision and Efficiency in Particle Size Reduction Introduction: