Electroactive Ultrasonic Coating With Uniformly Dispersed Functional Nanoparticles

The FS310 is a benchtop precision ultrasonic spray coating system developed by  FUNSONIC. Designed for laboratory research, sample preparation and low-volume precision thin film production, it serves as a standard entry-level ultrasonic coating solution for universities, research institutes and advanced material enterprises.

The system generates high-frequency ultrasonic vibration to break liquid materials into uniform micron-sized droplets. With low-pressure shaping carrier gas instead of high-pressure atomisation, the droplets are soft and low-impact. This eliminates substrate erosion and material rebound, enabling consistent thin-film coating ranging from nanometer to micron scale.

Get a Quote

Ultrasonic Atomization Advantages

Maximize your production efficiency with our core Ultrasonic Atomization Advantages. By utilizing advanced high-frequency vibrations, our systems achieve remarkable material savings, reducing raw material waste by up to 80% compared to traditional pressure nozzles. The anti-clogging design features a specialized self-cleaning nozzle, ensuring continuous, maintenance-free operation even with high-solid content solutions. Furthermore, the high-precision control delivers exceptional uniformity, perfectly fulfilling rigorous standards for nanoscale coating thickness in demanding semiconductor, medical, and energy research applications.

Consistent ultra-thin coatings ranging from nanometer to micron scales demand extremely high processing precision. Our premium ultrasonic coating systems adopt refined atomization technology to produce evenly sized, precisely controlled droplets. Different from traditional pressure air spray nozzles that easily cause coating imperfections, our equipment effectively avoids common issues such as pinholes, orange peel texture and inconsistent dry film thickness. It enables defect-free thin-film deposition even on complex-shaped substrates.

Featuring high-frequency ultrasonic technology, our coating solutions deliver outstanding process repeatability. They are ideal for precision manufacturing of core components in alternative energy, medical devices and semiconductor microelectronics, helping customers upgrade and optimize their production processes.