Benefits of Touch Screen Technology - Just Swipe

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When deciding on new interface technology, whether it is for professional or personal use, the touch screen component has become a popular option to consider. With a hard durable surface, with a thin plastic screen shield, touch-screen devices are less prone to screen damage than devices with keypads. Moreover, the resilient and easy-to-use nature of touch-screen devices make them suitable for users of all ages and skill levels.

Replacing the Mouse and keyboard

The process of using a touch screen monitor allows for the absence of the traditional computer mouse and keyboard. Without them, the touch screen functions and programs are directly accessible by touching areas of the screen. The absence of a mouse and keyboard also allows for easier transport and relocation of the device.

Reality Based Interaction

Having a more direct and natural interaction with electronic devices is an appeal of this technology. Lacking the multiple devices needed to communicate with traditional computers, touch screen technology creates a simpler and more intuitive interaction.

Space and Mobility

Standard computer systems that require a mouse and keyboard for operation take up more space than touch screen devices. Touch screen devices thus can be used with greater ease in areas where a user does not have a lot of room to place a computer system.

Durability

The devices with keypads are susceptible to damage. For instance, a keyboard or a keypad has separate keys and related circuits, any of which can break or become inoperable due to dirt, crumbs, water damage, etc. In contrast, touch screens can be protected more easily because they do not have as many parts. This means that touch screens have the potential to have a longer product life than standard monitors and computer systems.

Speed

The fact that icons can be used with touch screens greatly increases the speed at which the user can manipulate the system applications. It takes far less time for the brain to process an image than it does to read an entire sentence of text, so users can go through the application processes in a matter of seconds and be on their way faster. Speed also is increased because users don&#;t have to type out a response.

Improves Accessibility

Touch screens have the potential to be more comfortable for the user. Impaired individuals can use touch-screen technology, especially those who find using a mouse or keyboard difficult. For example, touch screens often organize information in a clear and simplified way, so visually-impaired individuals can operate them. Similarly, disabled patrons who have difficulty speaking or standing in long lines can take advantage of touch-screen technology to access information easily and at their own pace. In addition, touch-screen interfaces are often so easy to use that even people with little or no experience using computers can operate one with minimal or no supervision. They also can be more accessible for those with poor eyesight because icons sometimes can be easier to distinguish than text.

Easy User Interface

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One of the major benefits of touch screens is the overall ease of use. Since the act of touching is instinctive, touch-screen devices are relatively simple to operate. A clearly defined set of menus is easy to navigate through when all the user has to do is touch the desired option. The user-friendly nature of the touch screen also helps save time.

Easy to Clean and Maintain

Touch screen devices have smooth, flat screens, which makes cleaning a much easier task. Devices which do not require a keyboard tend to collect less dust. The function of the computer mouse is eliminated as well&#;a device with many crevices that are hard to clean. The wireless nature of the touch screen also eliminates the mess of tangled power cords behind the desk.

Saves Time

Several businesses use touch-screen technology to accelerate their speed of service, allowing customers to serve themselves at touch-screen kiosks. Customers use these self-serve kiosks for simple services, such as purchasing movie tickets, paying bills or accessing account information quickly. As a result, businesses can offer shorter lines and reduced wait times for other customers, while reducing the need to hire, train and pay employees.

Thus we can conclude that Touch screen devices are user friendly and have many advantages that will be beneficial for the Touch Screen users.

Table of Contents

Capacitive touch technology is increasingly used in user interfaces for a variety of devices. A capacitive touch display is created by attaching a capacitive layer on top of a glass panel substrate. These components are then covered with a protective outer layer, and the surface of the device will maintain a static charge. As a person&#;s finger or a stylus touches the surface, the charge will transfer from the panel surface to the device or finger. This allows the capacitive device to register the touch location.

Thin-film transistor (TFT) LCD capacitive touch screens have become a popular choice when compared to the other leading touch screen technology &#; resistive touch. While resistive touch screens have been around for a longer time and can be built at a lower cost, capacitive touch displays offer several significant advantages over other display technologies. In this post, we&#;ll explore what makes capacitive touch technology unique and how it performs across several parameters.

1. Touch Sensitivity

Capacitive touch technology offers excellent screen sensitivity when used with a finger or stylus. The surface of these devices will respond to varying degrees of pressure, as opposed to a resistive touch screen where firm and direct pressure must be used. A TFT LCD capacitive touch screen is also sensitive enough to be used only with fingers without the need for a stylus.

Capacitive stylus devices can be used for added precision and niche applications such as digital drawing. Another related benefit is support for multi-touch operation using multiple fingers simultaneously. This includes advanced gestures such as pinch-zoom that is a popular feature in many device applications today.

2. Optical Quality

TFT LCD capacitive displays are known for their excellent optical quality. The glass substrate that sits below the electrode film transmits most of the available light to the surface resulting in crisp sharpness and display contrast. These screens are also known for outstanding color fidelity that supports the viewing of high-quality images, video, and software content. This also has a positive impact on the user experience when integrated into larger kiosks and interactive displays.

3. Display Stability

Capacitive touch devices are very stable, with little to no shift in the image being transferred to the screen. This is an important advantage over other display types, as image shift can get worse over time and require manual correction with other types of displays. A capacitive touch device, therefore, does not require the periodic calibrations that are commonly necessary with many older display technologies. Maintaining a stable image is an essential requirement in high-performance display applications, such as those found in the broadcasting and entertainment industries.

4. Durability

The glass substrate of a capacitive touch display is very strong, and the protective layer helps prevent scratches and other marks. Like most displays, a capacitive touch screen can crack if dropped or exposed to significant pressure. It should be noted that a cracked resistive touch screen most often ceases to operate, while a cracked capacitive device will usually maintain some functionality. This has made capacitive screens popular for commercial applications that are exposed to significant wear and tear.

5. Cleanliness

The screen of a capacitive touch device can be completely sealed, preventing contaminants from entering the seams on the outer edges of the display. Preventing dust and condensation from getting inside the display is important for long-term use. This also makes a capacitive touch display easy to clean. Due to the ease of cleaning and other advantages, capacitive touch technology is often used for public digital displays in high-traffic areas.

6. Response Time

The sensitivity of a capacitive touch display also contributes to excellent response times. As a user touches the screen at different locations, the surface can register these movements with a high degree of accuracy. A capacitive touch screen also performs very well when the user&#;s finger or stylus is dragged across the surface. This makes capacitive touch a preferred choice for graphic design and audio-visual applications.

7. False Touch Rejection

One final advantage of capacitive touch technology is false touch rejection. A resistive display can be easily confused if multiple fingers touch the screen at the same time, making it unable to register accurate movement. The improved sensitivity of a capacitive display increases the ability of the surface to differentiate between multiple points of contact. In addition to enabling the custom gestures, sliding motions, and light touches mentioned above, this also eliminates the potential for a missed touchpoint.

Capacitive touch is a relatively new touchscreen technology that is having a significant impact on the display industry. With several advantages over competing design options, the use of TFT LCD capacitive touch technology is expected to grow significantly in the coming years. This will be an important trend for device manufactures, designers, and end-users to follow as an opportunity to improve product quality and performance.

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