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Bernoulli grip

The flow of air causes a lifting force on the object, allowing for non-contact adhesion

A Bernoulli grip is a subtype of the Air-Flow (Air-Jet) type of the pneumatic gripping devices,{{Cite journal

|File: Cylindrical Bernoulli.png|Diagram of a nozzle with a developed surface of the end face (Bernoulli gripping device with a cylindrical nozzle), where 1 - gripper body, 2 - object, and 3 - friction elements. |File: Ejection Bernoulli.png|Diagram of the Ejection Bernoulli gripping device, where 1 - gripper body, 2 - conical insert, 3 - circular nozzle, and 4 - object.

Smoked air-flow of modified Bernoulli-based gripper for grasping textile materials <ref name="mykhailyshyn2022gripping">{{Cite journal

| chapter-url = https://doi.org/10.1109/CASE58245.2025.11164006

Applications

Commercially available Bernoulli grips are commonly used to handle rigid sheet like material such as silicon wafers in circuit board manufacturing, or photovoltaic cell components.{{Cite book The Bernoulli grip is also being investigated as a non-contact adhesion mechanism for wall-climbing robots.{{Cite magazine | access-date = 25 May 2011}}

References

Info: Wikipedia Source

This article was imported from Wikipedia and is available under the Creative Commons Attribution-ShareAlike 4.0 License. Content has been adapted to SurfDoc format. Original contributors can be found on the article history page.

aerodynamics fluid-dynamics

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