Thin and vibration-free: Aeration
0:40
The features of the microblower include thinness and vibration-free operation. In this demonstration, microblowers are used as an air pump in a small water tank.
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In Micro Mechatronics
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Play video Responsiveness: Floating a ball by blowing air from below
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In this demonstration, a microblower expels air from below to float a ball. The way that the ball floats upward as soon as the button is pressed confirms the high responsiveness of the microblower.
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Play video High pressure: Water fountain
High pressure: Water fountain
The pressurized air in the tank flows out suddenly, pressing on the liquid and propelling a jet of water from the nozzle. In this video, the water jet will reach a height of around 3 meters.
0:53
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Play video Negative pressure: Suctioning a viscous liquid
Negative pressure: Suctioning a viscous liquid
In this demonstration, a viscous liquid is suctioned. Note that the microblower is poweful enough to suction the viscous liquid.
0:45
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Play video Negative pressure: Crushing a plastic bottle (with suction)
Negative pressure: Crushing a plastic bottle (with suction)
The high pressure and high airflow volume generated by the MZB4001T05 can be used to produce suction. Here we will show how this high negative pressure can quickly crush an empty plastic bottle.
0:43
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Play video Pressurizing (expansion): Balloon
Pressurizing (expansion): Balloon
In this demonstration, multiple microblowers are used, arranged in parallel. The thinness and compactness of the microblowers allows them to be incorporated flexibly into various layouts.
0:59
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Play video Pressurizing (pushing out): Piston
Pressurizing (pushing out): Piston
In this demonstration, an MZB3004T04 microblower that is thin but capable of outputting high pressure is used to raise a 1-liter plastic bottle filled with water by means of air pressure.
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