Large-area sensors

There is no point in only single point sensing! FLEXOO's large-area sensing devices make surfaces smart by providing sensitivity to pressure, temperature, and humidity across extensive areas with real-time data acquisition.

What are large-area sensors?

Large-area sensors are printed sensing matrices that cover extensive surfaces to provide distributed measurement capabilities. Unlike traditional point sensors, they offer continuous monitoring across tens of meters without additional connectors. Our patented technology combines temperature and pressure mapping in one device with integrated readout and visualization.

What problems do large-area sensors solve?

Traditional sensors provide limited spatial information from single measurement points. Large-area sensors eliminate blind spots by offering comprehensive coverage, reduce system complexity through integrated electronics, and provide real-time mapping of physical parameters. They enable predictive maintenance and safety monitoring where conventional sensors fail.

Why should you choose FLEXOO as your large-area sensor provider?

Patented technology

Proprietary printing processes enable tens of meters of continuous sensing

Dual parameter

Combined temperature and pressure mapping in one simple device

Real-time data

Integrated readout, visualization, and data acquisition capabilities

No connectors

Seamless sensing matrices without additional connection points

Custom matrices

Tailored sensing arrays matching your specific application needs

Expert knowledge

Deep expertise in large-area sensing device development and production

Use case applications for large-area sensors

Large-are sensors for medical devices

Patient monitoring systems, pressure mapping for hospital beds, and rehabilitation equipment requiring comprehensive surface sensing capabilities.

Large-area sensors for automotive

Seat pressure distribution analysis, crash test monitoring, and component stress evaluation with large-area sensing for safety validation.

Large-area sensors for smart buildings

Occupancy detection, floor load monitoring, and environmental sensing for intelligent building management and energy optimization systems.

Digitizing sports performance with large-area sensors

Real-time foot contact data reveals movement patterns and balance — enabling smarter training and digital performance tracking.

Frequently Asked Questions

1How do large-area sensors differ from traditional sensors?

Large-area sensors provide distributed measurement capabilities across extensive surfaces, while traditional sensors offer single-point measurements. Traditional sensors create blind spots between measurement points, whereas large-area sensors provide continuous coverage. Printing technologies enable fully printed sensors with simultaneous encapsulation for complete devices, offering integrated solutions that traditional discrete sensors cannot match.

2Are large-area sensors the same as printed sensors?

While related, they are not identical. For large-area sensors, printing becomes necessary, offering production in vastly expanded dimensions than what is possible using subtractive manufacturing processes. Printed flexible sensors offer the advantage of low-cost, scalable manufacturing, which is especially important for consumer products that require mass production. Large-area sensors specifically focus on distributed sensing across extensive surfaces.

3What types of materials are typically used to create large-area sensors?

Graphene-based composites can improve the sensitivity and flexibility of traditional sensors and shorten the reaction time. Conductive fibers offer high conductivity, light weight, good flexibility, and durability for wearable applications. Common materials include conductive inks, carbon-based materials, silver nanoparticles, and polymer substrates that enable flexibility and large-area coverage.

4How do large-area sensors perform in challenging environments?

Material selection is critical, with ratings from excellent (no effect on the material, ensuring long-term performance) to poor (severe effects; not suitable for use). Performance depends on proper material selection and protective measures for specific environmental conditions.

5Is it possible to integrate large-area sensors with existing electronics?

FLEXOO's sensors feature integrated readout capabilities and can interface with existing control systems through standard communication protocols, enabling seamless integration without major system modifications.

6Do you provide development kits or evaluation samples?

FLEXOO offers comprehensive development support including prototype sensors, evaluation samples, and technical documentation. Our development approach includes feasibility studies, functional prototypes, and pre-production samples to validate performance in your specific application before scaling to production volumes.

7How scalable is the production of large-area sensors?

Screen-printing techniques enable realization of sensor arrays with substantially enlarged sensitive areas. Roll-to-roll manufacturing and digital printing technologies improve production scalability and reduce costs. Inkjet printing technology provides small-batch, personalized, and low-cost rapid manufacturing. FLEXOO's printing processes scale from prototypes to high-volume production efficiently.

Let’s start to work on your challenge!

Ready to take the next step? Reach out to our sales team today and discover how we can tailor our solutions to meet your needs.

Bart Jarkiewicz

Head of Sales

Lars Keiz

Sales Manager

Dominik Stasiak

Indirect Sales Manager