Sensors
Plasma treatment is a vital technique in enhancing the performance and reliability of sensors across various applications. In sensor fabrication, plasma treatment is used to clean and modify the surfaces of sensor substrates, removing organic contaminants and introducing functional groups that improve adhesion. This is crucial for the deposition of sensing layers, which need strong adhesion to the substrate to ensure the durability and sensitivity of the sensor. Additionally, plasma treatment can etch fine patterns on sensor surfaces, enabling the creation of microscale and nanoscale features necessary for advanced sensor designs.
For chemical and biosensors, plasma treatment improves the interaction between the sensor surface and the target molecules, enhancing sensitivity and specificity. By modifying the surface chemistry, plasma treatment can tailor sensor surfaces to selectively bind certain analytes or reduce nonspecific adsorption, leading to more accurate detection. Overall, plasma treatment is a versatile and powerful tool in sensor technology, ensuring that sensors are highly functional, reliable, and precise in their measurements.
Learn more about how plasma treatment is used for your specific application in the following application notes:
Bacteria Sensors
Bacteria sensors play a crucial role in reducing food spoilage, minimizing economic losses and illness from foodborne diseases. These sensors can detect spoilage earlier, eliminating its potential to spread throughout the supply chain, from...
Graphene-based Sensors
Graphene, a single atomic layer of carbon with a hexagonal crystal structure, is especially appealing for use in sensor applications because of its high surface area and abundance of active sites for analyte capture, favorable semiconductor properties such as high...