High Yield
The MTB has an exceptionally low return rate, trusted to perform consistently in the field with minimal failures.
safe and consistent airflow for everyone.
The Macawi Turbine Blower stands out for its fast time-to-market, long operational lifetime, and broad application versatility. Its robust design ensures reliable performance across a wide range of ventilation systems—from intensive care to transport devices. With proven durability and quiet operation, it enables manufacturers to accelerate development without compromising on quality or patient comfort.
discover more about
the Macawi Turbine Blower.
air independence
No need for pressurized air. The MTB generates its own airflow for complete ventilation autonomy.
Low Power consumption
Engineered for minimal energy use, ideal for battery-powered and portable ventilation systems.
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Plug-and-Play Development
Skip driver development. Our ready-to-use driver gets you up and running instantly.
Designed for Ventilation Purposes
Ultra-light 9g impeller enables up to 90k RPM for fast response and high-pressure performance.
compare our range of MTB's.
 MTB-100 | MTB-60 | |
|---|---|---|
| Max pressure | 100mbar | 60mbar |
| Driver accesibility | Yes | No |
| Control | Hall sensor feedback | Feedforward |
MTB evaluation kit
start your engineering journey here.
The MTB is outstanding in ventilator performance. You don't just have to take our word for it. With the MTB testkit, you can measure, analyze, and validate the blower’s outstanding performance in real-world conditions. From its ultra-fast response time to its high yield and efficiency, every aspect of the blower is engineered to exceed expectations.
A kick-off session with our customer support engineer will help your team get up to speed quickly, providing hands-on guidance and insights into working with the MTB.
quiet power, built to perform.
“Our turbine blower combines high performance with quiet efficiency. Designed for demanding ventilation applications, it delivers powerful airflow with minimal noise. This makes it the ideal choice for systems where precision, reliability, and patient comfort go hand in hand.”
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