Orenda is at it again. The Air Cooled Sifting Device will enhance the particle classifying process, while cooling the hot pulverized material, for easier cleaning and increased durability.
The invention introduces a new way of sifting material. The hollow plastic design allows air flow through the structure to keep the components cool. The unique device will be available in distinct colors and is suitable for pharmaceutical and food applications. We are excited about the AirForce® air cooled sifting device technology and the pending patent.
AirForce®: Auto Gap Adjust
**Patent pending Auto Gap Adjust**
Operators no longer need to stop machines for time consuming adjustments.
The latest AirForce® models can incorporate an option for adjusting the disc gap:
The first option features a manual Quick Gap Adjust design, which allows the operator to simply turn a dial to adjust the disc gap
The second option has a fully automated Smart Adjust system which incorporates artificial intelligence for maximum efficiency to obtain the optimum gap for the desired powder quality
Both are significant advancements that eliminate costly downtime
AirForce®: Mill Technology
**Patented AirForce by Orenda**
Say goodbye to inefficiency. The revolutionary AirForce® mill technology eliminates the need for water cooling.
The patented AirForce® mill technology uses air drawn into the mill housing to cool the mill and the material as it is being pulverized. The result is dramatically improved production rates while consuming less energy and eliminating the use of water for any aspect of the cooling process. Combined with its ease of use, lower maintenance requirements and extended disc life, the AirForce® mill systems improves your bottom line while delivering optimal particle size distribution and morphology.
Double the production rate of conventional 500 mm. disc pulverizing systems;
Lower operating costs through 50% energy savings1, lower maintenance and reduced transportation costs;
2.5X extended disc life;
Optimal finished material quality;
Wider spectrum of processable materials;
No need for water cooling, eliminating problems such as thermal shock and rust;
No need for expensive infrastructure, including chillers, water towers, pipes and pumps.
1 Compared to conventional 500 mm. disc pulverizing systems.
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