History & Importance of the Bernoulli End Effector

The Bernoulli end effector is a type of end effector that uses the Bernoulli principle to lift and hold objects without touching them.

It is an important tool in the semiconductor industry, where delicate and fragile objects need to be handled without any contact. The Bernoulli end effector is commonly used in the semiconductor industry to handle silicon wafers and other delicate electronic components.

The Bernoulli principle is named after Daniel Bernoulli, an eighteenth-century Swiss mathematician and physicist. He discovered the principle that as the speed of a fluid increases, the pressure within the fluid decreases. This principle is used in many different applications, including aircraft design and fluid dynamics.

The first Bernoulli end effector was developed in the early 1980s by a company called JN Automation. This early design used a small hole in a flat plate to generate a low-pressure zone that could lift and hold small objects. Since then, the design of Bernoulli end effectors has been refined and improved to handle larger and more complex objects.

The importance of the Bernoulli end effector to the semiconductor industry cannot be overstated. The handling of silicon wafers and other delicate electronic components is critical to the success of the manufacturing process. Any damage to these components can result in a loss of productivity and increased costs. The Bernoulli end effector allows for the safe and efficient handling of these delicate components, reducing the risk of damage and increasing productivity.

In addition to the semiconductor industry, the Bernoulli end effector is used in many other industries where delicate objects need to be handled without contact. These industries include printing, packaging, and medical device manufacturing. The Bernoulli end effector is an important tool that has revolutionized the way delicate objects are handled and has enabled many industries to achieve greater levels of productivity and efficiency.