Printed sensors
Pressure, temperature, humidity and gas sensing on ultra-thin foil, wired or wireless.
MultiMoS wireless sensorsSensors thin enough to sit where the force happens.
FLEXOO prints pressure and temperature sensors, foil heaters, antennas and flexible circuits in Heidelberg, roll to roll. Under 200 μm thin, they fit inside battery packs, seats and robot hands, and give control systems measured data instead of estimates.
Large-area pressure foil, live model
nonehigh load
- Cells in contact
- 0 of 336
- Reading
- 0 %
- Contact centre
- no contact
Move across the foil, press to add force, switch to temperature to see heat stay behind after contact. A schematic model for illustration, not measured FLEXOO data.
< 200 μmsensor thickness, free-form geometry from high-volume printing
20 km+of printed electronics per shift on the roll-to-roll line
up to 5 %more battery capacity in validation with battery makers, without pack redesign
€11MSeries A in February 2026, led by eCAPITAL and AUMOVIO (source)
What comes off the printing line
Six product families, printed on film and finished in Germany. Each one starts from a standard design and can be adapted to your geometry, sensing range and quantity.
BESS in-situ cell sensors
Cell-level pressure and temperature data for the battery management system, no pack redesign.
Battery safety
Monitoring solutions
Real-time monitoring for batteries and industrial assets, including leakage detection.
Monitoring
Printed antennas
Custom antenna layouts made additively, from a prototype run to large series.
Printed antennas
Not sure which family fits? Send a drawing or a description of the surface you need to measure and an engineer will answer.
Send your requirements
A tactile-first approach to Physical AI
The moments that decide how a machine behaves happen under pressure, friction and contact. Cameras and simulations do not see them, so models have to guess.
- AccessSensing inside components, at contact surfaces and in tight spaces.
- IntegrationSensors shaped around the material and the device, not bolted on.
- ScalePrinted in volume, so one validated design can go into a fleet.
Engineered and printed in Heidelberg
FLEXOO grew out of InnovationLab's research and Heidelberger Druckmaschinen's printing know-how. The same team designs your part and runs it on the line.
- Contract engineeringPrototyping and technical problem-solving for printed electronics, including challenges others could not solve.
- Contract manufacturingRoll-to-roll production for any quantity, ISO 9001 certified.
“FLEXOO sensors make Physical AI possible: Only ultra-thin, free-form sensor technology bridges the gap between physical hardware and learning algorithms.”
Dr. Michael Kröger, Founding CEO, in the Series A announcement
Recent news
Where to meet the team and what changed this year. All news on flexoo.com
Two innovations on stage
The leakage detection solution joins the LOPEC Innovation Showcase, and Dr. Jean-Charles Flores presents real-time pressure monitoring for battery intelligence.
Finalist, Baden-Württemberg Innovation Award 2026
The nomination recognises the Physical AI sensor and data platform that makes pressure, force and temperature readable for AI in industrial systems.
FLEXOO and DFKI
A research partnership with the German Research Center for Artificial Intelligence on tactile data for Physical AI.
Tell us what you need to measure.
A surface, a load range, a temperature window, a quantity. That is enough for a first conversation with an application engineer.