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accelerate development. treat every patient.
What sets the MRM apart from other respiratory solutions? Discover the key advantages that make the MRM the smart choice for your next project—performance, precision, and flexibility, all in one compact component. Explore the difference.
what makes the Macawi Respiratory Module?
compare our range of MRM's.
 MRM100 |  MRM100D | MRM60D | |
|---|---|---|---|
| Patient type support | All (pediatric, adult, neonates) | All (pediatric, adult, neonates) | Pediatric & adult |
| Weight | ~875g | ~775g | ~775g |
| Dimensions | 130 x 90 x 185 mm | 130 x 90 x 185 mm | 130 x 90 x 185 mm |
| Max pressure | 100 mbar | 100 mbar | 60 mbar |
| HFO compatibility | Yes | Yes | No |
| PC-AMV | Yes | Yes | No |
| VT range | 30 - 3000 mL | 30 - 3000 mL | 30 - 3000 mL |
| Patient flow/ pressure / volume sensing | Analog (purge included) | Digital | Digital |
| Safety valve system | Pneumatic | Electrical | Electrical |
| Oxygen sensing | Galvanic (analog) / paramagnetic (digital) | Galvanic (analog) | Galvanic (analog) |
MRM evaluation kit: start your engineering journey here.
The MRM can bring a high-quality boost to your respiratory system or serve as the ideal foundation for your next ventilator design. Whether you're building from scratch or refining an existing concept, the MRM offers a turn-key solution that accelerates development without compromising performance.
We provide a comprehensive evaluation kit that allows you to experience the MRM’s performance firsthand and fine-tune ventilation parameters during the design process. This kit is designed to support rapid prototyping and integration, helping you move from concept to implementation with confidence.
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 MRM — from setup to optimization.
accelerate your time to market.
"Our MRM module is a proven, versatile solution that helps reduce development time and streamline integration across a wide range of applications. Its adaptability and field-tested performance make it a truly unique component—trusted by developers in critical care, transport, and neonatal systems alike."
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