about dxcrete

We believe kidney disease should never go undetected

DXcrete is a medical technology company from Eindhoven University of Technology. We are building BEA, the first wearable platform that measures kidney function frequently from sweat, so patients and clinicians always know what's happening, in real time.
mission

Frequent kidney insights, outside the hospital.

Kidney disease is usually caught late and tracked through occasional blood draws. We want the data that matters available all the time, to patients at home and clinicians at a distance, so decisions happen days or weeks earlier, not after damage is done.
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the leadership

Deep technical expertise,
driven to deliver

Founded from TU/e — a team combining 24 years of Philips medical wearable experience, a cum laude PhD in the core technology, serial entrepreneurship, and clinical advisory depth.
Emma Moonen
Co-founder & CEO
Cum laude PhD in Mechanical Engineering (TU/e). Developer of the core sweat sensing technology. Leads technology, business strategy, and funding.
Timon Grob
Co-founder & CTO
24 years at Philips in medical wearables, interoperability, and venturing. Leads product development, QA/RA, and regulatory strategy.
Chris Borgers
CFO
Maurice Kneepkens
Electronics Engineer
Rahul Kumar
Hardware Architect
Thomas Coppens
Development Engineer
Victor Beerkens
Advisor
our values

Our vision: a world where managing kidney health is as routine and unobtrusive as wearing a patch.

Patient-first
Every design choice starts from what is painless, private and easy to live with.
Scientific rigor
Claims earn their place through data. We validate before we promise.
Un-invasive by design
Continuous data only matters if it leads to a clearer decision. We design for signal.

The first sweat-based
kidney monitor

Meet BEA. A patented discretised-microfluidics platform that turns a single droplet of sweat into a continuous clinical signal.
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bea chip

Biosensor Core

The disposable microfluidic chip at the heart of BEA. Uses patented EWOD technology to transport individual sweat droplets, down to 1 nL, directly onto the creatinine sensor array.
Creatinine Accuracy
96%
Droplet Precision
99%