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Keyboard Switch Manufacturers and Companies

IQS Directory implements a thorough list of keyboard switch manufacturers and suppliers. Utilize our listing to examine and sort top keyboard switch manufacturers with previews of ads and detailed descriptions of each product. Any keyboard switch company can design, engineer, and manufacture keyboard switches to meet your companies specific qualifications. An easy connection to reach keyboard switch companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. Customer reviews are available and product specific news articles. This source is right for you whether it's for a manufacturer of silicone keyboard cover, membrane keyboard, and computer keyboard switches.

  • Perry, NY

    JN White is an ISO 9001:2015 and ITAR-certified manufacturer of membrane switches, graphic overlays, and custom labels. We nimbly handle projects big and small and have the uncommon ability to translate what our customers need into high-quality, high-precision outcomes.

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  • Watertown, CT

    ECI Technologies is a leading designer and manufacturer of innovative membrane switches, graphic overlays and electronic interfaces. We can produce tactile and non-tactile switches and keypads, as well as add features such as backlighting and environmental protection. We also offer quick-turn prototype design and production. Since 1991, we have been serving industries such as industrial, medical, military, and avionics.

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  • Kirkland, WA

    With over 30 years of experience, ALMAX is a leading manufacturer of membrane switch assemblies, printed/flexible electronics, and interactive technologies. Our engineering and manufacturing capabilities are implemented and trusted around the globe, and we're proud to offer our clients a complete range of services that meet the highest standards of quality and reliability.

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  • Peabody, MA

    Established in 1982, we at CSI Keyboards, Inc. have been at the forefront of the industry, dedicated to crafting exceptional membrane keyboards, membrane switches, and keypads. Since our journey began, we have honed our expertise to become a leading force in the field. Our skilled team of professionals is passionate about pushing the boundaries of membrane switch technology, consistently delivering cutting-edge solutions that cater to the diverse needs of our clients.

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  • North Andover, MA

    At Eastprint Incorporated, we pride ourselves on our innovative approach to the design and manufacturing of membrane switches. Our expertise extends across a broad spectrum of applications, making us a leading choice for clients seeking reliable and high-quality solutions. We specialize in producing custom membrane switches that not only meet but exceed industry standards, offering unparalleled durability and functionality.

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  • Urbana, OH

    At The Hall Company, we excel in crafting innovative solutions through our advanced membrane switch technology. Our expertise lies in designing and manufacturing high-quality membrane switches that seamlessly blend functionality with aesthetics. From custom designs to standard options, we cater to a diverse range of industries, ensuring that each product meets our rigorous standards of precision and durability.

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Keyboard Switches Industry Information

Keyboard Switches

Keyboard switches are user-equipment interface utilities that allow for the communication of commands from a user to an electronic device. Keyboard switches interpret key strokes and send a current through circuitry to a processor that interprets the signals. In the context of membrane keyboards, a keyboard switch is composed of a flat, flexible surface and acts as a medium between the keys and the underlying circuits. In the case of tactile switches, they also provide a tactile sensation for the user to indicate a completed keystroke. Finding the right keyboard switch for a given application is not difficult; a wide variety of configurations are available to meet the needs of the many different electronic devices.

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Applications of Keyboard Switches

Membrane keyboard switches are fairly inexpensive, easy to mass produce, and resistant to dirt and liquids compared to keyboards that involve many individual keys. Because of their versatility and low cost, membrane keyboard switches are used throughout industry as well as in commercial and consumer products contexts. In industry, membrane keyboard switches and keypads are used to give commands to manufacturing machinery and service equipment. In commercial settings, telecommunications equipment, commercial cleaners, door access keypads, and many other kinds of equipment involve the use of membrane keypads. Many consumer products are also equipped with keyboard switches; dishwashers, vacuum cleaners, telephones, and several other domestic utilities are frequently affixed with keyboard switches.

Keyboard Switch Design and Function

Keyboard switches are either mechanical or non-mechanical and are composed of a variable number of parts, depending on the device’s configuration. They most typically are composed of three layers. The bottom layer features the circuitry that connects with the rest of the electrical device. The middle layer serves as insulation, and the top layer features the buttons. Each button is affixed with a discrete, electrically conductive material, which, when forced into contact with the lower circuitry layer, causes the transmission of an electrical signal. That signal is then processed by the connected electronic device.

There are a number of switch technologies that keyboards use. Capacitive switches are non-mechanical because the current is constantly flowing through all parts of the keyboard matrix. The keys are spring-loaded and press down on a metal plate, which touches another plate beneath it to change the current. The processor detects the change and interprets it as a key stroke for that certain spot. The rest of keyboard switch technologies are mechanical. Dome switches are the most common kind. In this process, the key stroke presses down on a dome beneath the key, which is part of the membrane. It then connects to a pair of conductive lines and causes electric current to flow. Finally, metal contact switches use spring-loaded keys that are connected to a piece of metal. When pressed, the metal connects with two circuits, which are sometimes made with a foam piece for better tactile response.



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