Sensors & IoT Devices
​Revolutionizing Flexible Sensor Fabrication with PINA Dispersions
​Flexible and wearable sensors are becoming increasingly indispensable across a wide range of applications, including wearable devices, textiles, biomedical monitoring, environmental sensors, and Internet of Things (IoT) systems. These sensors require specific attributes such as high sensitivity, low power consumption, fast response times, flexibility, durability, and compatibility with diverse substrates. However, current industrial solutions often struggle to meet these criteria.
At PINA Creation, we provide advanced nano inks for flexible sensor fabrication, addressing industry challenges with enhanced performance and durability. Our advanced inks enable low-temperature processing, compatible with flexible substrates like PET and PEN, allowing the creation of bendable, stretchable sensors for curved or irregular surfaces.
Metal oxides in our nano dispersions offer high sensitivity to gases, UV light, and mechanical stress, making them ideal for sensors. These advanced materials ensure superior performance across diverse applications, including wearables and biomedical devices. Using eco-friendly solvents, our inks provide precise control over film thickness, optical, and electrical properties, allowing for seamless sensor customization. By adjusting ink formulation and processing parameters, we tailor properties like morphology, crystallinity, and doping to optimize sensor performance.
Sensor's Architecture
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​The resulting nanostructured thin film boasts a high surface area-to-volume ratio and a highly uniform layer with a smooth surface, enhancing sensing performance by promoting increased interaction between the sensing material and analyte molecules. This nanostructure also promotes high electron mobility and excellent electrical conductivity, thereby enhancing sensor sensitivity and response times.
