The big question is – capacitive vs resistive touch screen

Wikipedia defines a touch screen as a display overlay. A touch screen is fundamentally an input device like a mouse only with touch screens, your finger on the display screen does all the functions a mouse pointer does. By simply touching the display screen, users can perform various functions.

Interestingly, a touch screen can be used for most computer applications. If you have a touch screen display for your home computer, you will probably never need a mouse again. The technology is somewhat comparable to that used in touch pads in laptops and other computing systems. Currently, touch screens are more popular for commercial uses like touch screen kiosks and at customer support desks.

Capacitive vs resistive touchscreen for your specific industry demands

There are various kinds of touch screens. Podium touch screens, touch panels, touch kiosks and touch screen monitors are some of the many varieties of display overlays that use the touch screen technology. The technology behind touch screens is complex. These touch sensitive displays use resistive screen technology, capacitive, photosensitive, or acoustically sensitive technology. Touch-sensation is the basis of resistive touch screen monitor technology whereas capacitive technology works through electrical sensitivity. On the other hand, photosensitive touch screens operate through infrared rays and acoustic touch screens operate on the principles or surface acoustic wave.

Touch screens are very popular in the retail environment. Here, they are useful for providing information to customers. Touch screens are attractive and customers can use them without much technical knowledge. If the touch screen is used on point of sales, the screen usually also has a stylus that can be used to enter data into the system. This is common at ATMs where you can enter account information through a stylus.

Resistive vs capacitive touch screen monitor systems in specific use environments

Touch screens are getting very popular as a friendlier input device. Even gaming systems and smart-phones use touch screens. The technology is quite advanced but touch screens are more expensive than regular display systems so their usage is currently limited to the commercial segment only.

The four common touch screen technologies include the resistive, capacitive, infrared and acoustic wave. Resistive touch screen is the most versatile of these technologies, and resistive monitors find wide applications in communication devices, food services and industrial process control and instrumentation, to name a few. For the Capacitive touch screen, the salient feature is its resistance to scratching. Capacitive touch screens are extremely durable and contaminant resistant. They are a popular choice for industrial applications, such as ATM, industrial equipment and gaming machines. You can operate them with a finger or a stylus and they are ideal for outdoor locations because they are impervious to moisture, dirt and grease. Acoustic Wave technology finds high acceptability in medical applications because of its high optical clarity and accuracy.

The decision between resistive touchscreen vs capacitive touchscreen monitor solutions depends upon industry requirements

Before deciding which technology meets your requirements, do a thorough analysis of your business application needs. You’ll need the help of professionals who can guide you about the advantages and disadvantages of each technology. One thing to consider before your purchase is the possibility of contamination since the finger usually operates the monitors. For this reason, manufacturers also provide a stylus along with the monitors. You may prefer to operate the monitors using gloves or a stylus.