From mobile phones to car screens to ATMs, touchscreen displays have become a dominant phenomenon in everyday life. Besides capacitive touchscreen technology, manufacturers utilise other displays for varied applications.
Amongst the different choices of displays, however, the low-cost production of resistive touch screens makes the technology ideal for industrial applications. It is also suitable for devices that rely on precise touch such as medical electronics.
Use of Capacitive Touch
Capacitive touchscreen technology continues its dominance because of the preference manufacturers have for it.
One factor that proves advantageous when using this technology is its resistance to surface contamination, which makes it ideal for industrial applications. It also lasts a long time, and its functioning makes for simple manufacturing.
Multiple Touch Functions
Another benefit is that projected capacitive touch display allows multiple touch functions, thus, increasing user interactivity. This form of capacitive touch also provides a more accurate and flexible screen. A capacitive touch screen can operate even when the surface breaks, which is something that most mobile users have come to appreciate.
Projected capacitive touch screen has a highly complex touch array that results in increased costs, making it a factor that should carry weight when selecting the best touchscreen display. However, the technology is nowadays used in a lot of consumer devices, and that is an element that votes well for its availability.
One tactic that manufacturers use to improve the capabilities of capacitive touchscreens is to include in-cell in displays to increase light transmission; and consequently, the readability of a display.
Reducing the distance between the surface and a user’s finger enhances the responsiveness of a capacitive touchscreen.
Why you must be careful choosing the right touchscreen, electronicsweekly.com
Choosing the Right Touchscreen Display Technology for Your Control/Automation Process, techbriefs.com