Wireless sensors for multi-sensing in real-time

The ultra-thin wireless sensors of MultiMoS collect data cost-effectively even in confined spaces. The customizable integration of additional parameters beside pressure and temperature as standard for simultaneous measuring enables tailored solutions that feed advanced Physical AI algorithms, unlocking deeper insights and enabling smarter, autonomous decision-making. With effortless installation, instant connectivity, and future-ready IoT compatibility, MultiMoS adapts flexibly to evolving environments and business needs, helping companies implement faster, act smarter, and achieve measurable performance improvements in even the most complex settings.

What are wireless sensors?

Wireless sensors are ultra-compact measurement devices that collect and transmit data without physical connections. MultiMoS's ultra-thin sensors use Bluetooth Low Energy (up to 30m range) and upcoming LoRaWAN for IoT integration, featuring embedded electronics, 1 Gbit storage, and multiparameter sensing capabilities in printable form factors.

wireless temperature sensor in circle shape with readout electronics

wireless pressure sensor in credit card shape

What problems do wireless sensors solve?

Wireless sensors eliminate high installation costs, complex cabling, limited data access, and monitoring restrictions in inaccessible locations. MultiMoS addresses these with pre-calibrated plug-and-play setup, real-time data transmission, ultra-thin design for tight spaces, and 50-hour continuous operation without recharging.

What types of wireless sensors are available?

Common wireless sensor types include temperature sensors for thermal monitoring, pressure sensors for mechanical stress detection. MultiMoS provides multiparameter wireless sensors with standard pressure and temperature measurement. Customizable options include humidity, VOC detection, gas sensing, and other parameters.

wireless sensor in L-shape without electronics

wireless sensor for pressure measurement in stripe design without electronics

How precise are wireless sensors?

Modern wireless sensors achieve high measurement accuracy through advanced electronics and signal processing. MultiMoS offers the world's most precise tactile sensing, delivering superior signal quality without crosstalk. Operating from -10°C to 100°C for sensors and -20°C to +60°C for electronics, ensuring reliable performance in demanding environments.

Key technical data of FLEXOO's wireless sensors

Sensor

up to 26 sensing points
16 Bit ADC resolution (65536 quantification points)
Simultaneous measurement of customizable multiparameter - pressure/temperature as standard
10 °C to 100 °C (in non-condensing solvents) temperature range
Standard foil design: credit card, stripe, slider, circle

Electronics

Bluetooth Low Energy 5.4 | LoRaWAN coming soon
up to 150 fps transmission rate (Bluetooth)
Range: up to 30 meters
1 Gbit data storage on PCB
– 20° C to + 60° C temperature range
50 h continuous measurement (Bluetooth), Lithium Ion Battery 1200 mAh rechargeable

Why should you choose FLEXOO's MultiMoS as your wireless sensor?

Ultra-thin design

Highly integratable sensors fit even most inaccessible places effectively

Real-time data

World's most accurate tactile sensing with 16-bit resolution and no crosstalk

Cost-effective

Automated production delivers high-value solution at competitive pricing

Wireless versatility

Bluetooth Low Energy up to 30m range plus upcoming LoRaWAN IoT integration

Multiparameter sensing

Simultaneous pressure, temperature, humidity, VOCs, and customizable parameters

Custom flexibility

Printable form factors tailored to your application

Use case applications for wireless sensors

Automotive safety and comfort

Advanced seat occupancy detection, battery cooling leak detection, and high-resolution pressure sensing for functional safety and state-of-health monitoring.

Medical and wearable technology

Foot health monitoring, sensor mats for healthcare diagnostics, and wearable device integration for continuous patient monitoring.

Energy storage monitoring

Cell-level pressure and temperature mapping for BMS intelligence, safety monitoring, and faster R&D insights.

Logistics and inventory management

Intelligent shelves detect occupancy status while weight-based counting systems enable automated inventory tracking and management.

Industrial asset monitoring

Pipeline flange leak detection, torque monitoring, and asset health tracking with easy attachment and wireless data transmission capabilities.

Physical AI applications

Pipeline flange leak detection, torque monitoring, and asset health tracking with easy attachment and wireless data transmission capabilities.

Frequently Asked Questions

1What are the main advantages of using wireless sensors over wired ones?

Wireless sensors offer significant advantages including reduced installation costs by eliminating expensive cabling, increased flexibility for deployment in inaccessible locations, simplified system scalability, and enhanced mobility. They enable remote monitoring and facilitate seamless communication between machines and systems, offering advantages in terms of low installation cost, scalability, flexibility, lack of cabling, intelligent-processing capability, high mobility and ease of deployment. Wireless systems also eliminate wiring complexity and reduce maintenance requirements while providing easier reconfiguration capabilities.

2What are the typical components of a wireless sensor system?

A wireless sensor system typically comprises sensing elements (temperature, pressure, accelerometer), signal processing electronics with analog-to-digital conversion, wireless communication modules (Bluetooth, WiFi, cellular), power management systems including batteries and charging circuits, and data processing software. Advanced systems like MultiMoS include ultra-thin printed sensors, embedded electronics with Bluetooth Low Energy 5.4, 1 Gbit onboard storage, 16-bit resolution measurement capabilities, and upcoming LoRaWAN connectivity. Available in multiple form factors with customizable sensor layouts.

3Can wireless sensors be used for real-time monitoring?

Yes, wireless sensors are highly effective for real-time monitoring applications. They help gather real-time data, enabling remote monitoring, and machines can communicate their status and performance metrics in real time across wireless networks. MultiMoS provides continuous real-time data transmission via Bluetooth Low Energy with up to 50 hours of operation without recharging. The system delivers superior signal quality without crosstalk for reliable real-time monitoring applications.

4Are they suitable for harsh industrial environments?

Wireless sensors are well-suited for harsh industrial environments. Industrial Wireless Sensor Networks perform reliably in harsh industrial environments, and wired solutions are not practical for isolation requirements for highly humid environments, high magnetic fields, or vibration. Advanced wireless sensors like MultiMoS operate reliably from 10°C to 100°C (sensors, in non-condensing environments) and -20°C to +60°C (electronics). The robust design ensures consistent performance in demanding industrial and automotive applications.

5How do wireless sensors contribute to automation and efficiency?

Industrial wireless sensors reduce downtime, prevent costly repairs, and ensure that machinery operates at optimal levels. Higher operational efficiency translates to better productivity. MultiMoS enables Physical AI applications by providing high-fidelity multiparameter data that feeds advanced algorithms for autonomous decision-making. The plug-and-play design reduces installation time while real-time data improves operational efficiency.

6What is the typical range of wireless sensors?

Wireless sensor range varies significantly based on technology and application requirements. MultiMoS sensors feature Bluetooth Low Energy connectivity with up to 30 meters range. Upcoming LoRaWAN compatibility will extend range significantly for wide-area IoT applications and many-to-one data collection scenarios.

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