Ultrasonic atomization spraying PTFE spraying fluorine coating uniform coating

Ultrasonic atomization spraying PTFE spraying fluorine coating uniform coating Equipped with automatic transmission equipment to achieve automatic transmission spraying, and equipped with precision constant flow injection pump, precise pressure regulation system for guide gas, and optional Fansuo Neng arbitrary nozzle system to achieve arbitrary two-dimensional plane graphics.

Ultrasonic atomization spraying PTFE spraying fluorine coating uniform coating The equipment developed mainly for enterprises, universities, and research institutes of ultrasonic spraying equipment has a simple and elegant structure, complete functions, mainly including XYZ three-axis synchronized motion system, optional R-axis nozzle rotation mechanism, and a comprehensive trajectory editing system to achieve spraying function for any two-dimensional plane shape, such as rectangle, circle, triangle, or curve.

The XYZ three axes all use imported servo motors, and the module adopts a fully enclosed linear screw module, significantly improving the service life, with a repeat positioning accuracy of up to 0.01mm.

Can be equipped with conveyor belt equipment to achieve automatic conveying and spraying.

Equipped with FUNSONIC's control system specially developed for ultrasonic spraying, it is easy to operate and can integrate functions such as ultrasonic atomization, ultrasonic dispersion, injection pump, guide gas, heating table, and vacuum adsorption plate. It includes the ability to generate commonly used template trajectories with one click and edit complex trajectories with G-code.

4 times advantage

Ultrasonic atomization spraying can achieve up to 4 times the utilization rate of traditional spraying, effectively reducing material costs

Nano scale film thickness

The thinnest film thickness that can be prepared by ultrasonic atomization spraying can reach tens of nanometers, with highly consistent uniformity

Non pressure atomization

Atomization is generated through high-frequency ultrasonic vibration, without the involvement of air pressure, effectively avoiding the impact of high air pressure on the substrate