Sono-Tek

Founded in 1975 by Dr. Harvey Berger, inventor of the Ultrasonic Nozzle, Sono-Tek designs and manufactures precision ultrasonic spray nozzle systems used for thin film coating, spray drying, moisturizing, web coating, fine line and selective coating applications. Ultrasonic coating systems are used in energy (fuel cell and solar cell), electronics (PCB fluxing), semiconductor (photoresist coatings), medical device coatings (implantable stents, balloon catheters, blood collection tubes, medical textiles and diagnostic device coatings), glass manufacturing, textiles, industrial, food, and nanotechnology coating applications. Our ultrasonic nozzle systems operate by converting high frequency sound waves into mechanical vibrations to create nano to micron think coatings with very high uniformity and excellent transfer efficiency, minimizing overspray of expensive chemistries. The droplets produced by ultrasonic atomization are mathematically defined according to the nozzle's operating frequency, and feature very tight drop distribution. The soft, low velocity nature of ultrasonic spray is highly controllable and adheres to surfaces with little bounceback. Unlike pressure nozzles, ultrasonic nozzles will not clog. These benefits make ultrasonic spray a green technology with significant savings in raw materials, water and energy usage, and exhaust requirements.

nanotechnology
50-200 employees
Milton, United States
Founded 1975

About Sono-Tek

Founded in 1975 by Dr. Harvey Berger, inventor of the Ultrasonic Nozzle, Sono-Tek designs and manufactures precision ultrasonic spray nozzle systems used for thin film coating, spray drying, moisturizing, web coating, fine line and selective coating applications. Ultrasonic coating systems are used in energy (fuel cell and solar cell), electronics (PCB fluxing), semiconductor (photoresist coatings), medical device coatings (implantable stents, balloon catheters, blood collection tubes, medical textiles and diagnostic device coatings), glass manufacturing, textiles, industrial, food, and nanotechnology coating applications. Our ultrasonic nozzle systems operate by converting high frequency sound waves into mechanical vibrations to create nano to micron think coatings with very high uniformity and excellent transfer efficiency, minimizing overspray of expensive chemistries. The droplets produced by ultrasonic atomization are mathematically defined according to the nozzle's operating frequency, and feature very tight drop distribution. The soft, low velocity nature of ultrasonic spray is highly controllable and adheres to surfaces with little bounceback. Unlike pressure nozzles, ultrasonic nozzles will not clog. These benefits make ultrasonic spray a green technology with significant savings in raw materials, water and energy usage, and exhaust requirements.

Company Details

Business Type privately-held
Revenue $10M-$50M

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Frequently Asked Questions

What does Sono-Tek do?

Founded in 1975 by Dr. Harvey Berger, inventor of the Ultrasonic Nozzle, Sono-Tek designs and manufactures precision ultrasonic spray nozzle systems used for thin film coating, spray drying, moisturizing, web coating, fine line and selective coating applications. Ultrasonic coating systems are used in energy (fuel cell and solar cell), electronics (PCB fluxing), semiconductor (photoresist coatings), medical device coatings (implantable stents, balloon catheters, blood collection tubes, medical textiles and diagnostic device coatings), glass manufacturing, textiles, industrial, food, and nanotechnology coating applications. Our ultrasonic nozzle systems operate by converting high frequency sound waves into mechanical vibrations to create nano to micron think coatings with very high uniformity and excellent transfer efficiency, minimizing overspray of expensive chemistries. The droplets produced by ultrasonic atomization are mathematically defined according to the nozzle's operating frequency, and feature very tight drop distribution. The soft, low velocity nature of ultrasonic spray is highly controllable and adheres to surfaces with little bounceback. Unlike pressure nozzles, ultrasonic nozzles will not clog. These benefits make ultrasonic spray a green technology with significant savings in raw materials, water and energy usage, and exhaust requirements.

How can I contact Sono-Tek?

Visit their website at sono-tek.com for more information.

Where is Sono-Tek located?

Milton, United States

What industry is Sono-Tek in?

nanotechnology

How many employees does Sono-Tek have?

50-200

When was Sono-Tek founded?

1975

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