EZMEMS: Advancing Edge Multisensing for Industrial Fluidic Applications

Using a new generation of sensing technologies, EZMEMS enables high-quality data collection across multiple applications
EZMEMS multisensor device for fluidic applications, integrating multiple sensing functions into a single compact unit

EZMEMS develops edge multisensing technology that enables high quality, real time data collection directly from within fluidic systems. The platform is applied across critical applications such as pharma and biotech processing and industrial water systems, where accuracy, stability, and reliability are essential, and is being extended with strategic partners to additional fluidic applications.

EZMEMS is a pioneering Israeli deep tech company developing polymeric MEMS technology to transform how fluidic processes are monitored, analyzed, and optimized. The company designs integrated multisensing systems embedded directly into application specific components, enabling reliable data capture at the point of measurement and supporting improved process control and data driven decision making.

 

Integrated Multisensing at the Edge

At the core of EZMEMS’ activity is its proprietary edge multisensing platform, which integrates multiple sensing functions into a single compact system. Unlike traditional solutions that rely on multiple discrete sensors, EZMEMS’ technology enables simultaneous measurement of key parameters such as pressure, flow, temperature, electrical conductivity, pH, turbidity, and dissolved oxygen within one platform.

This approach allows manufacturers to digitize existing systems and components without adding complexity, improving transparency, efficiency, and operational robustness. The result is consistent, high quality data suitable for demanding industrial and regulated environments.

Tsvi Shmilovich. EZMEMS CEO
Photos: Courtesy of EZMEMS

Applications and Industrial Partnerships

EZMEMS’ technology is designed for performance critical and regulated applications. In pharma and biotech manufacturing and process development, it enables real time monitoring of fluidic processes, reducing development cycles and costs while supporting a smooth transition to production. In industrial water systems, the platform supports continuous monitoring and operational optimization.

The platform generates high quality, multi parameter data directly from within the process. This data supports AI based models for process understanding, early deviation detection, and informed operational decisions.

EZMEMS works with strategic partners in Germany on production, system digitization, and product integration. These collaborations reflect close Israel–Germany cooperation, combining Israeli sensing innovation with German industrial expertise.

 

Sustainability and Manufacturing Advantages

EZMEMS’ polymeric MEMS technology offers manufacturing advantages compared to traditional silicon based MEMS, including lower consumption of energy, water, and other resources, resulting in a reduced environmental footprint at the manufacturing stage. Integrated multisensing further improves process efficiency, helping reduce waste as well as overall energy and water usage during operation.

For more information:
bd@ezmems.com

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