Preparation of nano thin film coatings for sensors

Preparation of nano-thin film coatings for sensors -- Thin film coatings -- YMUS Ultrasonic spraying

YMUS Ultrasonic coating system is used to spray polymer films, conductive nanoparticles, or other functional materials used in sensor manufacturing. These conductive nanocoatings are used in biometric security and medical device applications, as well as sensors designed for a variety of other applications, including: temperature sensing, gas sensing, blood analysis device sensing, chemical detection, impedance measurement, and pressure or load sensing.

Our coating devices are commonly used to spray thin film polymers and other conductive nanocoating chemicals for the manufacture of fingerprint sensor components for laptops, smartphones and other electronic devices, as well as medical test and diagnostic sensor devices. The expanding market for sensor technology has made YMUS's machines the industry standard for high-volume production devices optimized for these coatings.

Advantages and options for sensor manufacturing coatings:

● Ultrasonic dispersion can evenly atomize the solution, not blocking the nozzle;

● Can achieve mass production, programmable selective regional coating function;

● According to the nozzle of different atomization effect, the droplet size is different;

● Control coating thickness from thin nanolayer to 10 microns;

                                                                                                                   Note:Ultrasonic atomizing nozzle series

The unique advantage of ultrasonic atomization is based on two characteristics: its ability to generate very small droplets with an extremely narrow diameter range, and its ability to gently apply these droplets to the substrate with minimal "bounce" from the target surface. Compared to traditional coating technologies, the solution has a high conversion rate and provides a high quality functional coating. Shanghai Yangmi Ultrasonic Spraying system is a complete coating solution for precise, repeatable and controllable coatings.