Electrical engineers discovered the many advantages to capacitive coupling technology, which developed into a network of sensors that could be accessed through the use of a conductive stylus, such as a human finger. In essence, this type of touch screen works because the electrical charge from a finger or similar object may access and engage a computer program, allowing various options to be chosen and new options to pop up in response. Read More…
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.
If you are in need of capacitive switches that are state-of-the-art, eye-catching, and built to last, ECI Technologies can help you get the results you need. Our team has over 30 years of experience producing simple to complex membrane switches for industries such as medical, military, and more. We are able to add features such as tactility, backlighting, and environmental protection. Contact ECI ...
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.
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...
At New England Keyboard, we manufacture tactile switches and a variety of other products to help our customers in industries and companies around the world. We operate with integrity and the latest technologies so that our customers can succeed at all times. We believe in creating products that we can be proud of, and that you can too. Contact New England Keyboard today to learn more about us!
Tapecon works with product teams to improve market competitiveness through outsourced manufacturing solutions with expertise in specialized printing and converting, printed flexible electronics, and contract manufacturing of disposable devices for medical and industrial markets. Established in 1919, Tapecon is a 5 generation, family owned contract manufacturer based in Buffalo, New York.
More Capacitive Touch Screen Manufacturers
A basic description of common capacitive touch screen involves surface capacitance, which means that only one side of the product, such as a thick glass screen, is covered with a conductive substance. Other varieties of application are also used, such as the etched conductive layer of projected capacitance.
Certain types of plastic may also be used as the base screen, while the conductive substance is commonly a solution of indium tin oxide; this liquid dries clear when applied in a thin layer while still retaining a high electrical conductivity. Other varieties of coating are also used in capacitive touch screens, although not as often as the liquid already mentioned.
Capacitive touch screens are found in a variety of environments. Banks utilize them for ATM services, enabling individuals to access their accounts and practice transfers, deposits and withdrawals with their fingertips. Many grocery stores now have self check-out lines that utilize capacitive touch screens, allowing customers to purchase objects that can not be self scanned, such as fruit, through interacting with the screen.
These touch screens are also the faces of smartphones such as iPhones and Blackberrys, and are therefore being carried through every industrial and commercial setting in the world. Other touch screen technologies are also utilized in today's market, such as resistive touch screens that utilize membrane switches and infrared touch screens. Infrared touch screens employ an x and y axis based program accessed by the breaking of infrared lights through touching the screen.
Where on the grid the light is disturbed is processed by way of the x y axis, linking to the next screen or series of options. Touch switches are the membrane switch touch screens that involve pressure to enact the proper response on a screen, since the electrical charge that tells the computer program what to do require two thin metal layers within the screen to connect.
All of these programs have positive and negative qualities, therefore giving touch screen producers many options for production.