Visit FLEXOO at Battery Manufacturing Day 2025 (November 12–13)

07.11.2025

FLEXOO participates in Battery Manufacturing Day 2025 in Karlsruhe on November 12–13, joining the Startup Session hosted by EIT Manufacturing. This session brings together innovators shaping the future of battery production and monitoring.

Our pitch will showcase how FLEXOO’s advanced printed sensor technology enables multi-parameter, real-time monitoring for battery cells and production systems - delivering unmatched precision, seamless integration, and cost efficiency. With our highly flexible design and scalable roll-to-roll production, FLEXOO sets new standards for safety and predictive operation in battery manufacturing.

About Battery Manufacturing Day 2025

Battery Manufacturing Day is a leading industry event focused on the technologies and processes that drive efficient, sustainable, and high-quality battery production. The program covers topics such as advanced manufacturing methods, automation, quality assurance, and digitalization in battery factories. It brings together experts from OEMs, suppliers, research institutions, and startups to foster collaboration and accelerate innovation in the battery value chain.

All items of the FLEXOO MultiMoS set arranged as a group of sensor foils in different shapes plus read-out electronics

MultiMoS is a wireless sensor technology that combines ultra-thin form factors with multi-parameter sensing capabilities to enable Physical AI applications across automotive, energy, industrial, and healthcare sectors

Worker in cleanroom equipment standing in front of a roll-to-roll printing machine

FLEXOO delivers cost-effective contract manufacturing for printed electronics without compromising quality

Key highlights of our flexible sensor technology:

Join us at Battery Manufacturing Day 2025 to explore how FLEXOO supports AI-driven automation, thermal safety, and optimized battery lifecycle.

FLEXOO's BaMoS presented as a demonstrator during a show

BaMoS is an innovative battery monitoring solution utilizing ultra-thin printed pressure and temperature sensors for cell-level monitoring