Robuschi – Tri Lobe Blowers

Tri Lobe Blower

Tri Lobe Blower

Positive Displacement Blowers

RBS Rotary Lobe Blower

RBS Positive Displacement Blower

RBS Positive Displacement Blower

Blower with Acoustic

Blower with Acoustic

Robuschi Rotary Lobe Blowers – High-Efficiency Air & Gas Solutions

Robuschi Rotary Lobe Blowers are engineered to deliver outstanding performance, maximum uptime, and exceptional reliability across a wide range of industrial applications.
These positive displacement blowers are designed for pressures up to 1,000 mbar and airflows reaching 25,000 m³/h, ensuring optimal results in wastewater aeration, pneumatic conveying, and process air systems.

Moreover, the Robuschi blower range has been completely reinvented to meet exacting customer requirements. With an extensive selection of models, sizes, and configurations, users can easily find the ideal solution for their specific air or gas application.

The New Robox Blower Unit

The innovative Robox blower unit represents a cutting-edge concept that integrates both rotary lobe and screw technologies. Consequently, it offers unmatched flexibility, allowing users to choose the best technology for their industrial needs.

In addition, the Robox system minimizes the differences between lobe and screw technology to just a few interchangeable components. Therefore, switching between technologies has never been simpler, enabling industries to shift their focus from capital investment to total cost of ownership — optimizing both performance and operational efficiency.

Key Features & Advantages

  • Tri-Lobe Rotary Blowers with pressure up to 1,000 mbar and air flow up to 25,000 m³/h

  • Innovative Positive Displacement Design ideal for wastewater diffused aeration and other industrial air applications

  • Superior efficiency with low noise levels, compact footprint, and minimal maintenance requirements

  • Long service life with consistent quality and robust construction

Furthermore, every Robuschi Rotary Lobe Blower is built with precision engineering to ensure energy efficiency, reliability, and sustainable operation—even in the most demanding environments.