Conductive Nano Coating System for Sensor Manufacturing

Ultrasonic coating systems are used for spraying polymer films, conductive nanoparticles, or other functional materials used in sensor manufacturing. These conductive nano coatings are used for applications such as biometric security and medical device applications, as well as sensors designed for various other applications, including temperature sensing, gas sensing, blood analysis device sensing, chemical detection, impedance measurement, and pressure or load sensing.

FUNSONIC coating equipment is commonly used for spraying thin film polymers and other conductive nano coating chemicals, used for manufacturing fingerprint sensor components for laptops, smartphones, and other electronic devices, as well as medical testing and diagnostic sensor equipment. The constantly expanding sensor technology market has made FUNSONIC's machinery the industry standard for mass production equipment optimized for these coatings, and is used by many major sensor manufacturers.

Advantages and Selection of Coating Systems for Sensor Manufacturing:

1. Ultrasonic vibration can uniformly atomize solutions that often block spray technology.
2. Easily adapt to batch substrate fixtures to achieve high yields, and have the ability to selectively coat areas that are easy to program.
3. The coating morphology can be adjusted from a dense glossy finish to a porous matte finish.
4. Able to control droplet size within the range of 25kHz-180kHz based on nozzle frequency.
5. FUNSONIC ultrasonic nozzles offer a variety of coating substrate size options.
6. Control the coating thickness from thin nano layers to tens of micrometers.

Ultrasonic coating system is a complete coating solution for precise, repeatable, and controllable coatings.