Flexora revolutionises the condition monitoring of both structures and plants.

Our sensor foils take you one step closer to Industry 4.0.

We are hiring!

With Flexora

engineering
less plant downtime
and operational stops
eco
more safety
for people and the environment
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cost saving

State-of-the-art Technology meets Industry 4.0

The combination of a thin foil and flexible, powerful organic electronics makes the application possibilities of Flexora's sensor foils unique.

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Technology

Printed sensors in combination with organic electronics and conductive paths

check Flexible sensors detect physical properties such as temperature, sound, pressure, ...

check Organic electronics amplifies and digitally converts signals

check Conductive paths send signals to computing unit for user output

Production of the sensor foils

In our laboratory, high-performance technology meets state-of-the-art manufacturing processes.

checkRoll-to-roll manufacturing enable high production capacities.

checkProperties such as substrate, length, sensors and their distribution can be customised.

checkRobust encapsulation protects the delicate sensor technology.

Flexible Sensorfolie

Industries and possible Applications

Chemistry and Petrochemistry

Detection of corrosion, deposits, cracks, ...

Automotive Industry

Large-scale temperature monitoring of the battery cells

Wastewater Industry

Detection of deposits (fouling) in pipes

Wind Turbines and Aviation Industry

Detection of cracks or other structural changes

A possible usage

Ultrasonic Measuring Principle

Reflections of transmitted ultrasonic waves are used to obtain information about possible damage, deposits or corrosion in structures.

  1. Waves supplied via an ultrasonic source
  2. Spreading of the waves in the medium
  3. Measurement of the signals via printed ultrasonic sensors
  4. Reflection of the ultrasonic waves on the back wall and/or structural defects
  5. Amplification and digitalisation of data
  6. Transfer to end user
Prinzip

Video

Animation of the measuring principle

This is how Flexora's ultrasonic sensor foils work.

Flexora

Ultrasonic Sensor Foils

What makes our product unique

sensors
Monitoring

Our ultrasonic sensors are able to detect structural changes such as corrosion, deposits and cracks.

science
High-Performance

Organic electronics amplifies and processes measured signals. Thanks to its low cost, it enables large-scale production.

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Flexible & light

The sensor foils remain flexible, light and at the same time robust against environmental influences, thanks to the printed and partly organic electronics.

Das Team

Unsere Experten

vom Dresden Integrated Center for Applied Physics and Photonic Materials an der Technischen Universität Dresden.

Take the next step towards Industry 4.0 together with us!

Flexora

Your benefits with us

error
Safety

Less unforeseen system and production downtime

schedule
Saving time

Reduced number of necessary plant inspections

assessment
Real-time Data

System monitoring and creation of digital twins

savings
Cost saving

Fewer inspections

Our Partners

In order to offer our customers the best quality and reliability, we work with strong partners.

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Latest News

News Entry
Juli14

Flexora wins 2nd place at the Saxon Founder's Prize 2021

News Entry
Juni17

Prof. Karl Leo wins European Inventor Award 2021 for his life's work

News Entry
April10

Flexora is nominated for the Saxon Founder Award 2021

Contact

Get in touch with us

Do you have any further questions about the measuring principle, possible applications, expected costs or cooperation possibilities? Please feel free to send us an email to info@flexora.de or call us directly at + 49 351 46342414.
We are looking forward to hear from you!

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