Metal Domes

Thin metal components, suitable for a wide range of applications.

Metal domes are key components in membrane switches, designed to enhance user experience by providing haptic feedback and serving as a reliable electrical switch.

Their versatility in design options makes them suitable for a wide range of applications.

At SKOUPAS, located in Ag. Dimitrios, Attica, we have years of experience and a dedicated team to deliver at your exact requirements.

Metal domes in membrane switches are crucial components that provide tactile feedback and electrical conductivity.

Here's an overview of their role and how they work:


Tactile Feedback
Metal domes are small, usually stainless steel, domed-shaped discs with a dimple in the center. When you press a key on a membrane switch, the dome collapses, and the dimple flattens out, providing tactile feedback to the user. This tactile feedback mimics the feeling of pressing a physical button, enhancing the user experience.


Conductive Function
Apart from providing tactile feedback, metal domes serve as electrical switches. They are typically covated with a conductive material like nickel or silver. When the dome collapses, it makes contact with the underlying circuit, completing an electrical circuit and registering a keypress.


Longevity and Reliability
Metal domes are known for their durability and reliability. They can withstand millions of actuations without significant wear and tear, making them ideal for applications where frequent use is expected.


Variety of Shapes and Sizes
Metal domes come in various shapes, sizes, and actuation forces to cater to different design requirements and user preferences. The choice of dome shape and actuation force can affect the feel and responsiveness of the membrane switch.


Membrane switches with metal domes are commonly used in various electronic devices, including remote controls, medical equipment, industrial control panels, and consumer electronics, where a combination of tactile feedback and reliability is essential.