Ultrasonic Semiconductor Coating Equipment
Ultrasonic nozzles operate by converting high-frequency sound waves into mechanical energy, which is transmitted to the liquid to generate standing waves. As the liquid exits the nozzle's atomizing surface, it breaks apart into a fine mist of uniform, micron-sized droplets.
Description
Technical Parameters
Hangzhou Precision Machinery Co., Ltd. is one of the leading manufacturers and suppliers of ultrasonic semiconductor coating equipment in China. With a professional production team, we are able to meet the needs of the majority of our customers. Welcome to buy custom made ultrasonic semiconductor coating equipment from our factory.
The principle of ultrasonic spraying technology:
The surfaces of electronic components and chips are typically covered with circuits and nodes, resulting in an uneven topography; since traditional spraying methods cannot achieve uniform coating on such surfaces, we employed ultrasonic spraying technology.
Ultrasonic nozzles operate by converting high-frequency sound waves into mechanical energy, which is transmitted to the liquid to generate standing waves. As the liquid exits the nozzle's atomizing surface, it breaks apart into a fine mist of uniform, micron-sized droplets.
The ultrasonic spray nozzle is mounted on a three-axis motion module or a robotic arm; as the nozzle's orientation and movement trajectory are completely unrestricted, it can uniformly coat workpieces of any shape, including those with complex, uneven surfaces.

Introduction to Ultrasonic Semiconductor Coating Equipment:
The JH-TWG01 ultrasonic semiconductor coating equipment is a fully enclosed, programmable 3-axis robotic sprayer compatible with various ultrasonic nozzles, making it an ideal choice for a wide range of spraying applications. Users can select the appropriate ultrasonic nozzle based on specific application requirements and customize spraying paths and zones; the spray width is adjustable within a range of 1–80 mm. A precision syringe pump ensures accurate liquid delivery across a broad flow rate range. In terms of production capacity, this equipment is best suited for laboratory R&D and small-scale production.

Spraying results with different nozzles:


Specifications:
|
Model |
JH-TWG01 |
|
Standard parameters |
|
|
spray nozzle frequency |
60kHz |
|
spray nozzle power |
<30W |
|
input voltage |
AC220V, 50/60Hz |
|
nozzle spray width |
2-20mm |
|
continuous spray flow |
1-10ml/min |
|
spray height |
30-80mm |
|
Max. spray size |
300*250mm |
|
spray uniformity |
>95% |
|
solution conversion rate |
>90% |
|
dry film thickness |
20nm~100um |
|
solvent viscosity |
<30cps |
|
temperature range |
room temperature |
|
spray particle size |
5~20um |
|
air pressure |
<1mPa |
|
sports mode |
three-axis module with G-code Programming |
|
feeding method |
high-precision injection pump |
|
control contents |
Feeding, temperature, air pressure, ultrasonic spraying, motion trajectory and other systems |
|
Optional parameters |
|
|
ultrasonic disperser |
40kHz, automatic frequency tracking |
|
ultrasonic disperser power |
<100W |
|
exhaust system |
equipped with an exhaust port |
|
vacuum adsorption |
0~-87 kPa |
|
heating range |
0-200℃ |
|
operating procedures |
high-precision G-code trajectory editing program |
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