Tilting nutche filter dryer

Innovative technology and outstanding performance
The Tilting Nutche filter dryer from OMCA is a cutting-edge, next-generation system that meets the most stringent safety and quality standards. This rotating machine is specifically engineered to deliver exceptional performance and address the challenges associated with traditional pressure filter dryers.

Exceptional product discharge and flexibility
The Tilting Nutche filter dryer enables near-complete product discharge. The agitator is designed for adjustable-speed rotation in both clockwise and counter-clockwise directions, combined with axial movement. A 100% heated shell surface ensures fast and uniform drying, and the unit operates under full vacuum or pressure conditions.

Innovative features and multifunctional operation
The system includes a specialised mechanical seal, filter septum, and sintered filter plate supported by a jacketed heated flat plate, enabling easy drainage and cleaning. With the Tilting Nutche filter dryer, multiple process steps can be completed in a single unit: feeding/filtration, drying, plug valve discharge, and inerting.

Perfect CIP and SIP with the TILTING™ PFD
Thanks to its configuration, the TILTING™ PFD allows for flawless CIP (Clean-in-Place) and SIP (Sterilize-in-Place) procedures. The design eliminates the need for a dust filter, simplifying the system while reducing downtime and maintenance costs.

Environmentally friendly and efficient operation
The machine is fully electrically driven with no hydraulics, significantly reducing downtime, maintenance requirements, and the risk of contamination from oil leaks. The TILTING™ PFD represents the ultimate solution in filter drying technology, particularly suited for sterile and high-purity processing environments.

Certified safety and quality
As with all OMCA equipment, the TILTING™ PFD is manufactured and certified in compliance with the highest safety and quality assurance regulations. This machine represents a significant advancement in industrial filter drying and sets a new benchmark for modern processing systems.