Inovair revolutionizes the blower industry with their geared centrifugal blowers, offering unparalleled efficiency and durability while maintaining the lowest total ownership cost in the market. The secret lies in their ingenious high-efficiency design, which not only delivers exceptional performance but also remains affordable. This achievement is made possible by utilizing industry standard components, eliminating unnecessary complexity and reducing costs. Furthermore, Inovair's extensive experience in designing and manufacturing compact blowers contribute to their ability to provide cost-effective solutions. By adopting a proven design approach, maintenance becomes hassle-free, and the blowers exhibit remarkable durability, ensuring long-lasting performance.

With documented energy savings as high as 45% relative to PD and multistage blowers, and without the electrical complexity and durability issues seen in high speed turbo blowers, Inovair offers a unique combination of high efficiency, reliability, and simplicity. Unlike some others, Inovair blowers and customers are supported by the advantages of a vertically integrated manufacturer, with Inovair controlling all elements of design, production, and service from the company’s headquarters in Kansas City.

We’ve been designing blowers for nearly 30 years, in some of the most demanding applications. From 4000+ horsepower drag race superchargers to the F-35 fighter jet deicing units, we have the experience and technology to optimize performance and durability. With thousands of Inovair units shipped, we’ve observed energy savings of up to 40%. If you are looking to reduce total cost of ownership, look no further than Inovair.

The Inovair industrial product line consists of the IM-Series, which is completely gear driven, and the IO Series, which has both a belt drive and a gear drive. The product range covers from 25 horsepower to 500 horsepower, making our blowers a perfect fit for all industrial applications. Unlike other technologies, we employ an integrally-geared, centrifugal design that allows the blowers to operate reliably in extreme conditions.