virgilio_hero
Valve
Accessories

Virgilio

The air-lock valve Virgilio is built with a robust spheroidal graphite cast iron body and a seamless internal rotor, ensuring high strength and long service life. Ideal for separating aspirated product from pneumatic air, it minimizes air leakage thanks to precise clearances. It can be integrated with a sight glass and a settling cyclone, or used independently for various applications, offering maximum versatility.

01
Technical features
Ultra high-performance
Maximum efficiency without air waste.
  • Structure made of robust painted spheroidal graphite cast iron
  • Painted carbon steel rotor with central star
  • Ground outer rotor edges to ensure excellent coupling with the static body
  • No internal welds, allowing for extreme cleanliness in product flow
02
Research and Development
Key factors
Virgilio rotary valve: precision, efficiency, and minimal air leakage for top-level separation.
  • Technology
    EASY CLEANING
    All Omas machines are designed to ensure easy cleaning, preventing dust accumulation.
    ECL
  • Technology
    EDGE PRECISION OPTIMIZATION
    The rotor edges have been precisely machined to ensure perfect coupling with the other machine components, thereby enhancing overall system performance.
    EPO
03
Finishes and Materials
Material Quality
Spheroidal graphite cast iron
This material provides numerous advantages, including high mechanical strength, superior ductility, and excellent wear resistance, all due to its spheroidal graphite microstructure.
Epoxy-coated food-grade carbon steel
The carbon steel base ensures mechanical strength, while the paint coating protects against oxidation and environmental agents, providing an aesthetic appeal and increased resistance to corrosion.
Progetto senza titolo – accessori
Your next plant begins today: let’s build it together
Let’s collaborate to create a custom system that meets your specific needs. We combine our experience with your vision to develop a functional and efficient solution, designed to last over time.