Applications
PiezoSkin designs and fabricates sensing systems based on ultrathin, biocompatible, lead-free, ultra sensitive piezoelectric sensors.They can be used as non-invasive patches or can be embedded in structures.They monitor their status from mechanical vibrations.
The Approach
Application-driven business.
We can provide you a sensing system that will give a competitive advantage and will enable new market opportunities for your system.
PiezoSkin has several research partners for a continuous research on:
- Materials performance
- Biocompatibility
- Innovative applications
- Technology optimization
![application - sensore](https://www.piezoskin.com/hubfs/application%20-%20sensore.jpg)
The Capabilities
![Pressure](https://www.piezoskin.com/hubfs/Pressure-1.png)
![Pressure-1](https://www.piezoskin.com/hubfs/Pressure-1.png)
PRESSURE
![Dynamic Bending-1](https://www.piezoskin.com/hubfs/Dynamic%20Bending-1.png)
![Dynamic Bending](https://www.piezoskin.com/hubfs/Dynamic%20Bending-1.png)
DYNAMIC BENDING
![Vibrations Monitoring-1](https://www.piezoskin.com/hubfs/Vibrations%20Monitoring-1.png)
![Vibrations Monitoring](https://www.piezoskin.com/hubfs/Vibrations%20Monitoring-1.png)
VIBRATIONS MONITORING
![Ultrasounds](https://www.piezoskin.com/hubfs/Ultrasounds-1.png)
![Ultrasounds](https://www.piezoskin.com/hubfs/Ultrasounds-1.png)
ULTRASOUNDS
![Pressure](https://www.piezoskin.com/hubfs/Pressure-1.png)
![Pressure-1](https://www.piezoskin.com/hubfs/Pressure-1.png)
PRESSURE
![Dynamic Bending-1](https://www.piezoskin.com/hubfs/Dynamic%20Bending-1.png)
![Dynamic Bending](https://www.piezoskin.com/hubfs/Dynamic%20Bending-1.png)
DYNAMIC BENDING
![Vibrations Monitoring-1](https://www.piezoskin.com/hubfs/Vibrations%20Monitoring-1.png)
![Vibrations Monitoring](https://www.piezoskin.com/hubfs/Vibrations%20Monitoring-1.png)
VIBRATIONS MONITORING
![Ultrasounds](https://www.piezoskin.com/hubfs/Ultrasounds-1.png)
![Ultrasounds](https://www.piezoskin.com/hubfs/Ultrasounds-1.png)
ULTRASOUNDS
Human Health Monitoring (HHM)
Biocompatible, non invasive and non obtrusive piezoelectric patches can remotely monitor the health of a subject
- Heart Frequency
- Blood Pressure
- Body Temperature
- Psycho-physical Stress level
- Muscular Activity
- Spasms and Cramps
- Swallowing Analysis
- Sleep Monitoring (Eyes movement)
- Prosthetics
Structural Health Monitoring (SHM)
Single or multiple sensors system can provide information about the health of structural parts, detecting their natural vibrations and eventual changes
- Natural Resonance Frequency
- Change of shape
- Shock and Collisions
- Damage Detection
Sport and Fitness Applications
Extremely efficient piezoelectric sensors can provide Key Performance Indicators about athletes or sport equipment during the activities
- Number of Specific Act (Frequency)
- Mechanical Energy Released
- Real-time Performance Analysis
- Parameters Trend
- Continuous Feedback
Internet of Things (IoT)
Embedded Sensors can provide multiple information about
- Natural Resonance
- Frequency Change of vibrations
- Shock and Collisions
- Leakage Detection
- Motion Detection
Energy Harvesting
Flexible Piezoelectric harvesters can be properly designed to scavenge energy from the environment, supplying sensors or small electrical devices. Energy from:
- Wind
- Vibrations
- Water motion
- Gas flows
- Mechanical movement
- Human body
Industy 4.0
We can develop system as a set of tools used to measure one or more parameters to identify changes along machinery life.
- Natural Resonance Frequency
- Change of frequency
- Shock and Collisions
- Damage Detection
Aero-dynamics
Piezoelectric flexible flags can be mounted on aerodynamics structure to analyze and study its performance
- Fluid velocity
- Fluid pressure
- Stability/instability of the flow
- Turbulences
Consulting services
We understand our disruptive technology and we have the skills and the tools to support and help you on integrating and maintaining piezoelectric technology.
- State of the art analysis
- Design
- Fabrication process support
- Test and Characterization
- Analysis and Improvement