advantages and disadvantages of touch screen monitors free sample

Touch Screens are a type of display screen that has a touch-sensitive transparent panel covering the screen. Instead of using a pointing device such as a mouse or light pen, you can use your finger to point directly to objects on the screen. Although touch screens provide a natural interface for computer novices, they are unsatisfactory for most applications because the finger is such a relatively large object. It is impossible to point accurately to small areas of the screen. In addition, most users find touch screens tiring to the arms after long use.

Touch-screens are typically found on larger displays, in phones with integrated PDA features. Most are designed to work with either your finger or a special stylus. Tapping a specific point on the display will activate the virtual button or feature displayed at that location on the display.Some phones with this feature can also recognize handwriting written on the screen using a stylus, as a way to quickly input lengthy or complex information

A touchscreen is an input device that allows users to operate a PC by simply touching the display screen. Touch input is suitable for a wide variety of computing applications. A touchscreen can be used with most PC systems as easily as other input devices such as track balls or touch pads. Browse the links below to learn more about touch input technology and how it can work for you.

A touch screen is a special type of visual display unit with a screen which is sensitive to pressure or touching. The screen can detect the position of the point of touch. The design of touch screens is best for inputting simple choices and the choices are programmable. The device is very user-friendly since it "talks" with the user when the user is picking up choices on the screen.

Touch technology turns a CRT, flat panel display or flat surface into a dynamic data entry device that replaces both the keyboard and mouse. In addition to eliminating these separate data entry devices, touch offers an "intuitive" interface. In public kiosks, for example, users receive no more instruction than "touch your selection.

Specific areas of the screen are defined as "buttons" that the operator selects simply by touching them. One significant advantage to touch screen applications is that each screen can be customized to reflect only the valid options for each phase of an operation, greatly reducing the frustration of hunting for the right key or function.

Pen-based systems, such as the Palm Pilot® and signature capture systems, also use touch technology but are not included in this article. The essential difference is that the pressure levels are set higher for pen-based systems than for touch.Touch screens come in a wide range of options, from full color VGA and SVGA monitors designed for highly graphic Windows® or Macintosh® applications to small monochrome displays designed for keypad replacement and enhancement. Specific figures on the growth of touch screen technology are hard to come by, but a 1995 study last year by Venture Development Corporation predicted overall growth of 17%, with at least 10% in the industrial sector.Other vendors agree that touch screen technology is becoming more popular because of its ease-of-use, proven reliability, expanded functionality, and decreasing cost.

A basic touchscreen has three main components: a touch sensor, a controller, and a software driver. The touchscreen is an input device, so it needs to be combined with a display and a PC or other device to make a complete touch input system.

A touch screen sensor is a clear glass panel with a touch responsive surface. The touch sensor/panel is placed over a display screen so that the responsive area of the panel covers the viewable area of the video screen. There are several different touch sensor technologies on the market today, each using a different method to detect touch input. The sensor generally has an electrical current or signal going through it and touching the screen causes a voltage or signal change. This voltage change is used to determine the location of the touch to the screen.

The controller is a small PC card that connects between the touch sensor and the PC. It takes information from the touch sensor and translates it into information that PC can understand. The controller is usually installed inside the monitor for integrated monitors or it is housed in a plastic case for external touch add-ons/overlays. The controller determines what type of interface/connection you will need on the PC. Integrated touch monitors will have an extra cable connection on the back for the touchscreen. Controllers are available that can connect to a Serial/COM port (PC) or to a USB port (PC or Macintosh). Specialized controllers are also available that work with DVD players and other devices.

The driver is a software update for the PC system that allows the touchscreen and computer to work together. It tells the computer"s operating system how to interpret the touch event information that is sent from the controller. Most touch screen drivers today are a mouse-emulation type driver. This makes touching the screen the same as clicking your mouse at the same location on the screen. This allows the touchscreen to work with existing software and allows new applications to be developed without the need for touchscreen specific programming. Some equipment such as thin client terminals, DVD players, and specialized computer systems either do not use software drivers or they have their own built-in touch screen driver.

Touchscreen add-ons are touchscreen panels that hang over an existing computer monitor. Integrated touchscreen monitors are computer displays that have the touchscreen built-in. Both product types work in the same way, basically as an input device like a mouse or trackpad.

The touch screen is one of the easiest PC interfaces to use, making it the interface of choice for a wide variety of applications. Here are a few examples of how touch input systems are being used today:

Information kiosks, tourism displays, trade show displays, and other electronic displays are used by many people that have little or no computing experience. The user-friendly touch screen interface can be less intimidating and easier to use than other input devices, especially for novice users. A touchscreen can help make your information more easily accessible by allowing users to navigate your presenttion by simply touching the display screen.

Time is money, especially in a fast paced retail or restaurant environment. Touchscreen systems are easy to use so employees can get work done faster, and training time can be reduced for new employees. And because input is done right on the screen, valuable counter space can be saved. Touchscreens can be used in cash registers, order entry stations, seating and reservation systems, and more.

In today"s fast pace world, waiting in line is one of the things that has yet to speed up. Self-service touch screen terminals can be used to improve customer service at busy stores, fast service restaurants, transportation hubs, and more. Customers can quickly place their own orders or check themselves in or out, saving them time, and decreasing wait times for other customers. Automated bank teller (ATM) and airline e-ticket terminals are examples of self-service stations that can benefit from touchscreen input.

The touch screen interface is useful in systems ranging from industrial process control to home automation. By integrating the input device with the display, valuable workspace can be saved. And with a graphical interface, operators can monitor and control complex operations in real-time by simply touching the screen.

Because the touch screen interface is more user-friendly than other input devices, overall training time for computer novices, and therefore training expense, can be reduced. It can also help to make learning more fun and interactive, which can lead to a more beneficial training experience for both students and educators.

The touch screen interface can be beneficial to those that have difficulty using other input devices such as a mouse or keyboard. When used in conjunction with software such as on-screen keyboards, or other assistive technology, they can help make computing resources more available to people that have difficulty using computers.

Take a look at how one of our customers, CHI Centers, Inc., has developed a system that allows non-verbal individuals to communicate using a PC and touchscreen display: http://www.chicenters.org/patty.html

The touch screen interface is being used in a wide variety of applications to improve human-computer interaction. Other applications include digital jukeboxes, computerized gaming, student registration systems, multimedia software, financial and scientific applications, and more

Public computer systems are often designed around a touch screen, which is often the only visible component. Automated Teller Machines (ATMs) are the most common application, but falling prices for touch screen technology are making it available for other applications such as museum exhibits, ticket sales in airports and movie theaters, and public information kiosks. Touch screens are ideal for these applications because they provide input and output capabilities. They are often the only part of the system contacted by the user and are sturdier than many other input devices because they have no moving parts. These qualities make touch screen-based systems easy and inexpensive to maintain and repair.

Touch screens are used, like mice, as pointing devices. Instead of moving a mouse to activate and relocate the cursor, the user touches the screen to position the cursor. For specifying precise location, a touch screen often works with a stylus—a device like a pencil that has a rubber or plastic point. The user modifies what is seen on the screen by touching it, rather than by manipulating a cursor or other on-screen component with a mouse, keyboard, or joystick. Touch screens are invaluable to artists who have been trained to use pencils, brushes, and other implements that effect change wherever they touch the canvas.

Touch screens have revolutionized personal digital assistants (PDAs). Older PDAs required the user to enter data using an extremely small keyboard. Modern PDAs consist almost entirely of a touch screen, which makes them substantially smaller and easier to use because the user can "write" information directly into the device.

In the late twentieth century, companies began to integrate touch screen technology with dry-erase boards (wall-mounted surfaces that allow the user to write with markers and erase the markings with a cloth). With these devices, whatever a user writes on the board can be simultaneously recorded and saved in a computer file.

Touch screen devices are portable since input devices like mouse and keyboards are inbuilt in the devices. You can also manage space with touch screen devices since many components can be incorporated into it.

Simple UI, the use of graphics as buttons, and other features make it easy for seniors to use, therefore, touch screen technologies can be used by a wide age range.

Speed is one of the advantages of touch screens since users can easily send commands on the visual display. You can easily scale your business easily if you provide touch screen devices for customers to pay bills, make inquiries or to just server themselves.

Touch screen devices are more accessible for people that are physically or mentally challenged. Since there are no buttons, even people with physical disabilities can still use it. Most touch screens can also be adjusted to suit different preferences, especially for vision and others.

Touch screen monitors are one of the best inventions for computers. They are lightweight, easy to use, and provide a lot of convenience for the users. Even though touch screens are prevalent devices nowadays, many people are still confused about how they work. Touch screen monitors can confuse people who rarely use computers and only want a primary computer to use once in a while. Given the advancement of touch screen technology, many people are looking to buy these types of monitors. But what are their advantages and disadvantages compared to standard computer monitors? Let’s get started.

A touchscreen monitor is an electronic visual display that features a touch-sensitive screen for user interaction. The screen allows the user to interact with the computer by touching icons or links on the screen, rather than using a keyboard and mouse. Touchscreen monitors are available in many different sizes and specifications, ranging from small hand-held devices to large wall-mounted screens. They are most used in public kiosks, ATM machines, and point of sale (POS) systems.

You can’t beat a touchscreen monitor for convenience, and it’s easy to see why they’re becoming popular. If you’re considering buying one, here are some specific benefits you’ll enjoy.

One of the most significant advantages of a touchscreen monitor is that it’s compact. It takes up less room than an all-in-one computer, with its separate tower unit. It’s also more organized than a desktop, with many wires running from the screen to the keyboard and mouse. You don’t have to worry about finding space for all those trailing cables or accidentally pulling the wrong cord.

A touchscreen monitor also puts less strain on your eyes: since you’re sitting closer to the screen, you won’t have as far to look to read what’s on it. And without having to rely on a mouse and keyboard, you can use your arms and hands in better ways for your posture and your overall health.

A 4k touch screen monitor lets you use your computer directly with your fingers. This is convenient and keeps your hands from transferring dirt onto the keyboard and mouse. Keeping those devices clean is possible with effort, but it’s much easier to keep your fingers clean than a keyboard clean.

You might think that the downside to this would be that the screen would become dirty faster than usual. Yet, with many models of touch screen monitors, you can wipe them down with a soft cloth without affecting their performance.

A touch screen monitor for PC replaces a keyboard, mouse, or trackpad. It can also be operated with the same hand-on approach people use with other devices, such as smartphones and tablets. This means less hardware reducing production costs for manufacturers who offer touchscreen options in their products. It’s also more convenient for users who don’t have to worry about communicating with the monitor through a peripheral device.

Touch screens are more accessible for people who have difficulty using traditional computer equipment. For example, individuals who experience fine motor difficulties or mobility issues often find touch screens more straightforward than other kinds of computer equipment. This increased accessibility means that more people can effectively use computers, making all their functions more convenient for everyone involved.

Another advantage of a large touch screen monitor is that it’s highly durable. While it’s easy for keyboards and a mouse to stop working due to spills, dust, or wear and tear, touch screen monitors can withstand anything. They’re designed so that nothing will happen to them, even if something gets spilled on them. Since they’re also made of very sturdy material, they won’t break easily if you accidentally drop them.

Finally, another significant advantage of a touch screen monitor for Mac is that it increases efficiency in the workplace. With these monitors, employees can easily navigate documents and programs without using a mouse or keyboard. They also eliminate the need for separate keyboards and a mouse for each computer in the office.

You can create typing errors with a touchscreen monitor. Your hands could have oil or residue that leaves smudges on the screen, which can cause the cursor to move around erratically. It can be frustrating if you use your computer for business purposes and need to type quickly and accurately. If you are using a USB touch screen monitor for these reasons, you must keep your hands as clean as possible so you do not leave any residue behind.

Cleaning is more complicated. You could be used to wiping down your monitor, keyboard, and mouse with the same cloth and some water or window cleaner. But, this method can do more harm than good for touch screens. Instead, use a dry microfiber cloth or an anti-static cloth designed especially for cleaning monitors.

One of the significant disadvantages is fragility. A simple scratch can damage a touch screen, so many people place a screen protector on their devices. Repairing a touch screen is often more expensive than other types of repair. Some devices might be unrepairable after significant damage. But, you can use an anti-glare protective film for the monitor.

Touch screen monitors cost a lot more than similar non-touchscreen models. The technology inside them is more complex, meaning the initial cost of production is higher for a manufacturer. If you want to use touch screen monitors in your business, you’ll need to make sure that you’re getting enough value out of them to justify their higher price tag.

Touch screen monitors are more common nowadays, especially on home computers. They are also slowly being used in the office. These screens allow you to draw on your computer using a stylus, which is quite fun and practical sometimes. Yet, they have some disadvantages that you should be aware of before deciding whether to buy a touch screen monitor. Touch screen monitors can be a handy choice if you know what to expect from them.

A touch screen works as both an input and an output device. You view the options available to you on the screen (output) and use your finger to touch the option you want (input).

Touch screens are used in many products like computers, mobile phones, tablets and in touch screen kiosk solutions. As you press with your finger on the display it sends a signal to the inputs.

Touch screen solutions make interaction with these devices seamless by using just a finger or stylus. A touch screen kiosk can display important communications, applications, software and general information. They are manufactured in a wide range of sizes to meet your preferences and business needs.

Atouch screen kiosk can be used for many professional tasks such as managing QSR orders effectively, saving the employees time and effort. Touch screen interfaces have changed the way people engage with products, businesses and human interactions.

Making It is easier to operate as users do not need to understand any complicated process. Children, adults and elderly can operate the touch screen with ease.

Intuitive interface: Navigate the touch screen interface with the tap of a finger via the onscreen keyboard without having to use arrows or cursors directly.  Pinch, zoom, swipe etc just like you do on your mobile phone. It’s intuitive and fast.

Less mess and cords:A touch screen does not require an extra keyboard or mouse to operate it, so with minimal peripheral requirements the workplace is tidier.

User Satisfaction:The benefits oftouch screen solutions will be seen as visitors and customers engage with the screens. They are fast, intuitive, and even fun.

A touch screen works best when the areas being clicked are at least 8mm wide and high. Smaller items may require additional touches to get the click in just the right point.

Touch screen keyboards work well for small amounts of text. But they can feel a bit clunky if you need to type large paragraphs. In this case some of our customers add a stainless steel keyboard to their kiosk.

A touch screen costs more than a monitor with no touch capabilities. In some cases consumer grade touch screens don’t cost much more, but if you want a reliable, accurate touch screen that will last, the cost is definitely more.

It is crucial to know where you will be using your device – some touch screens and kiosks are not built for outdoor use for example. Knowing this will help determine the best touch screen product to use.

It is important to know your budget before investing in a touch screen device. Weigh up what features and functionalities are important to your business.

Consider the location of where you want to place your kiosk or touch screen before making your purchase. Some kiosks for example are higher than other, or take up more floor area, making them more suitable for certain retail locations. Select a touch screen or kiosk option that fits your space perfectly and provides you with ease of accessibility.

Consider the features you require from the touch screen. For example do you need it to display information, accept EFTPOS payments, display wayfinding information, engage in a software application or stream videos. Make your choice after considering all the elements of using a touch screen device.

Digital Wayfinding Directory:Help your visitors locate a place or person with minimal stress and time. Free up staff. Very popular in hospitals and shopping centres.

Payment Terminals:This allows the users to pay their bills or place orders through the touch screen kiosk. Thesetouch screen solutions are efficient and help process payments easily.

Document Management:Store all work-related documentation in one place. A document management kiosk allows users to access documents in seconds. Search, browse, print and validate documents at the touch of a finger.

Product Promotion:These kiosks can be used in retail, libraries, airports or museums. Develop engaging experiences for customers and allow them to learn about your products.

Visitor and Contractor Management:Visitors can self-register and badge themselves when they attend your site in a matter of seconds. This frees up reception staff to perform other important tasks.

Finding the right manufacturer and besttouch screen kiosk solution for your requirement can sometimes be a laborious job. There are lots of cheap touch screens and touch screen kiosks out there with dubious quality, and poor support. Speak to our team of experts and we will guide you through the process of finding the best solution to your unique requirements.

This page covers advantages and disadvantages of Touch Screen Interface. It mentions Touch Screen Interface advantages or benefits and Touch Screen Interface disadvantages or drawbacks.

Because a user operates an electronic device by directly touching the images on the display he is seeing, the operation will be intuitive, thus anyone can operate it from first use.

Unlike keyboard or physical switch, there will be no dirt, dust, and moisture getting into the spaces between buttons. Thus, it is easy for maintenance.

The literature described the use of electronic devices as harmful in various aspects of children’s health; some positive effects can also be found (AAP Council on Communications and Media, 2016; SBP, 2016). These observations met the results verified in this systematic review.

Papadakis et al. (2018) stated that the use of computers, especially tablets, by children, using an appropriate educative software combined into the children’s daily routine, promotes their learning (pretest: F (2, 362) = 9.75, p < .001 and post-test: F (2,361) = 26.13, p < .001). The scores of the tablet group increased from M = 19.34 (SD = 6.02), to M = 25.26 (SD = 6.52) in the post-test. The AAP Council on Communications and Media (2016) adds to the importance of adapting content to children’s age. Other authors reinforced that learning in a real context is more beneficial than in any electronic device, even when applications are designed for that purpose (Huber et al., 2018). Magalhães et al. (2015) suggested that digital technology can also increase family interventions’ cost/benefit ratios.

However, the type of content in digital media used is a powerful determinant, since it is less detrimental to spend more time with an educational content than less time with non-educational content (Huber et al., 2018). The benefits of acquiring vocabulary exist when the contents of the programs are educational and when they are accompanied by the parents (Mendelsohn et al., 2010). This practice is common by parents who believe in the benefits of technology use (Guedes et al., 2020). Vatalaro et al. (2018) demonstrated the benefits of using a scaffolding-like vocabulary application rather than any open-ended vocabulary application. Taylor et al. (2018) suggest that teaching and reading activities act as a beneficial agent for learning. These authors also devalue the screen time where they did not find benefits or damages in their use. However, Tomopoulos et al. (2007) concluded that increased exposure to non-educational content for children leads to less time for teaching (SR = − 0.27, P = 0.01) and reading (SR = − 0.24, P = 0.02) activities at home, which can negatively influence development.

Regarding the effect of electronic devices on temperament and behavior, no studies were found to demonstrate positive effects. Wu et al. (2014) revealed that problems related to children’s temperament and behavior tend to be related to longer screen exposure. These problems are aggravated with not educational and antisocial content of the screen exposure (B: 3.84, 95% CI: [1.66, 6.02], p < 0.01).

Zhao et al. (2018) suggests that the increase in screen time is related to lower psycho-social welfare and social behavioral problems. For example, the score of social behavior problem changes from 1.1, 95% CI: [1.0, 1.2] to 1.4, 95% CI: [1.3, 1.6] when the screen time increases from 1 to 2 h to more than 4. Poulain et al. (2018) relates the use of mobile phones with conduct problems (b = 0.55, p < 0.05) and attention disorders in the future (b = 1.10, p < 0.01). The reverse association was also verified by Poulain et al. (2018), as baseline higher scores in peer relationship problems are related to a greater use of the mobile phones in the future (OR = 1.58, p < 0.001).

These results are in agreement with Carter et al. (2016), Guerra et al. (2019), Huber et al. (2018), Howe et al. (2017), and SBP (2016), when they relate the use of electronic devices to sleep disturbances, concentration, socialization, and school achievement. Our results reinforce that behavioral and temperament problems tend to get worse when the time of exposure to technology increases. Akçay and Emiroğlu (2019) stated that motivational interventions can develop behavioral change in aggressive children, increasing auto-control and setting limits on media use.

Nevertheless, studies with no significant relationship were found in this aspect, as shown by Tansriratanawong, Louthrenoo, Chonchaiya, and Charnsil (2017), which simply did not find any significant relationship between screen time and behavioral problems in children. Sugawara et al. (2015), despite the damages shown above, confirms that technology/screen time is not related to problems of conduct or attention in children, as suggested by Poulain et al. (2018).

Poulain et al. (2018) calls into question the orientation of the predictive effect of temperament problems, since children with basic interpersonal relationship problems tend to increase the likelihood of using all of these devices over time. Thus, Zhao et al. (2018) states that screen time is mediated by variables such as interaction with parents, body mass index, and sleep quality. Sugawara et al. (2015) states that it is the characteristics of the families that lead to increase or not the exposure to the screens. Howe et al. (2017) also pointed out that electronic devices are used as a calming device for children’s behavior and are widely used by parents as an entertainment strategy to perform household chores at home. Ponte et al. (2017) and Radesky et al. (2016) reinforce that this strategy tends to be used more by depressed mothers and mothers of children that cry more or that their behavior is considered to be more agitated by them.

The American Academy of Pediatrics also recognizes, though with caveats, that there are certain times when the use of the media can be useful as a strategy to reassure the child, such as performing medical procedures or air travel (AAP Council on Communications and Media, 2016).

As for the effect of electronic devices on physical activity, in younger children, the use of electronic devices does not improve children’s gross motor skills; however, the early use of touchscreen displays is related to faster acquisitions in fine motor skills (r = 0.16, p = 0.03) (Bedford, Saez de Urabain, Cheung, Karmiloff-Smith,, & Smith, 2016). Literature states that the use of electronic touchscreen devices in young children is related with increased body mass index in the future (Carter et al., 2016; Howe et al., 2017; Shukla & Jabarkheel, 2019).

The second described limitation is the representativity of the sample. Studies with convenience samples or made with specific sociodemographic population may not be representative of the general population in terms of socio-economic status (Mendelsohn et al., 2010; Papadakis et al., 2018; Poulain et al., 2018; Tansriratanawong et al., 2017; Tomopoulos et al., 2007; Wu et al., 2014).

The third limitation of some studies is the selected methodology and the causality inference, by the use of observational and cross-sectorial studies instead of experimental and longitudinal methods (Mendelsohn et al., 2010; Papadakis et al., 2018; Tansriratanawong et al., 2017; Taylor et al., 2018; Tomopoulos et al., 2007; Vatalaro et al., 2018; Zhao et al., 2018).

The fourth limitation reported in some studies was the potential bias caused by the study design, like the duration of the intervention or the intervention of the data collection (Papadakis et al., 2018), or when family had more than one preschool child which may confound answers (Wu et al., 2014). Bedford et al. (2016) and Huber et al. (2018) recognize the limitation of the unknown status of each child using a touchscreen prior to the moment in analysis and did not report other aspects of development related with touchscreen use such as health problems potentially related with it.

Lastly, in some studies, the content of programs or media applications have not been analyzed, since it is an important variable in children learning or behavior (Taylor et al., 2018; Zhao et al., 2018).

About the limitations of our study center on the difficulty in finding studies directed to a specific age and type of electronic device, such as smartphones or portable electronic devices. The vast majority of studies that relate electronic devices to children’s health target older children. Even when the studies are in children who are less than 5 years old, the majority of the participants also tend to belong to the higher ages. The range of age of one of the selected studies goes up to 6 years old; however, it is a smaller part of the sample; this study was considerate for its relevance. Also, many studies approached the findings indiscriminately in children of various ages, despite significant developmental differences between them. Another limitation of this study is that electronic devices tend to be addressed in a clustered way, and does not isolate the touchscreen devices from conclusions, being together with other devices such as television or videogames. Thus, the effects of other electronic devices also end up being part of some results, which may be taken as potential cause of bias.

Although this study has the limitations mentioned above, we consider that it contributes to aggregate and make a state of the art about what is known about the advantages and disadvantages of the use of touchscreen devices by children under 5 years old.

Touch screen interfaces have become the standard for controlling mobile devices. They represent one of the most exciting and profitable fields in modern user interface design. For many applications, a touch screens user interface engenders ease of use and intuitive tactile response that is unparalleled.

For example, the drag, pinch, and zoom touch screen mobile gestures that Apple standardized in iPhone app design have made mobile internet browsing competitive with a traditional desktop experience when comparing screen touch interfaces vs. mouse. However, along with the many advantages and possibilities of touch screens come some disadvantages and limitations. Some limitations with touch screens interface design are obvious in moment-to-moment physical input, and others are best seen in light of the overall presentation and experience of the application.

The reality of touch interfaces is that they are not as accurate as a traditional mouse and physical button-navigated applications. In terms of this touch screens vs. mouse or button comparison, small interface elements that would be easy to select with a cursor can become frustratingly elusive when navigated with fingers. This is especially true if the user is holding the device with one hand and using the same thumb to operate the application, as is common.

Also, while touch screen user interface design enables intuitive new methods of interaction, the products often do a poor job of replicating traditional interaction methods that may be unavoidable. Screen touch keyboards, with their small buttons and lack of tactile response, are notoriously inaccurate and unsatisfying touch user interfaces to use. Also, keyboards and other kinds of virtual button steal away screen space that would be dedicated purely to the view on a desktop application.

Yet another issue with touch screens interface design is that interacting with a touch screen involves obscuring the screen itself. While this may not be an issue for some apps, it is a massive problem for apps that must display a lot of complex or real-time information. For example, this is one of the biggest touch screen user interface design issues facing game and GPS-enabled app developers.

Touch gestures, as powerful and intuitive as they may be, represent more challenges for mobile interface developers. For example, if an application demands many different gestures, it may be difficult for the programmers to write routines for touch interface on mobile that will easily decipher which gesture the user is intending to perform. A user who feels that the program is constantly misunderstanding their intentions may quickly become an annoyed user, the kind of user who will sink a program’s App Store rating.

Granted, these problems with touch screens development afflict iPhone design more than iPad design. However, given that most mobile developers cannot afford to focus only on iPad development, such issues demand consideration. Apps that can integrate touch screen interface gestures usefully are designed for quick bursts of interaction, that require only a few kinds of input, and that only need to display small and consistent amounts of information are excellent candidates for touchscreen deployment. Programs that require lots of button input, or that need to display large and varied amounts of information, will not move so smoothly into the touchscreen mobile app arena and would require more extensive development to ensure they transition to these devices in the most efficient and usable way possible.

Apple has some great guidelines on how best to design for the iPhone and the iPad, and whilst they are not absolute practices which must be adhered to, they do give a great starting point for touch screen user interface design and development.

A resistive touch screen is made of a glass substrate as the bottom layer and a film substrate (normally, clear poly-carbonate or PET) as the top layer, each coated with a transparent conductive layer (ITO: Indium Tin Oxide), separated by spacer dots to make a small air gap. The two conducting layers of material (ITO) face each other. When a user touches the part of the screen with finger or a stylus, the conductive ITO thin layers contacted. It changes the resistance. The RTP controller detects the change and calculate the touch position. The point of contact is detected by this change in voltage.

One of the main reasons why resistive touch panels still exist is its simple manufacturing process and low production cost. The MOQ (Minimum Order Quantity) and NRE (Non-Recurring Expense) are low. The driving is simple and low cost. The power consumption is low too. Resistive touch panel also immune to EMI well. Although it can’t use cover lens at the surface, the overlay can make it flexible for designs.

Resistive touchscreens offer an unparalleled level of durability. Manufacturing companies, restaurants and retailers often prefer them over other types of touchscreens for this very reason. With their durable construction, resistive touchscreens can withstand moisture and stress without succumbing to damage.

You can control a resistive touchscreen using a stylus or while wearing gloves. Most capacitive touchscreens only register commands performed with a bare finger (or a special capacitive stylus). If you use a stylus or a gloved finger to tap the interface, the capacitive touchscreen won’t respond to your command. Resistive touchscreens register and respond to all forms of input, though. You can control them with a bare finger, a gloved finger, a stylus or pretty much any other object.

The biggest advantages for resistive touch panel are its touch experience and clarity. It can only be used for single touch, no gestures or multi-touch. False touches can be generated if using two or more fingers to touch it.

Resistive touch panel’s transparency is relatively low. In order to prevent Newton rings or fingerprint mark, sometimes AG(anti-glare) film has to be used to make it look more smoky. Optical bonding can’t be used for RTP. The surface of resistive touch panel is soft and easily get scratched.

There are still a few potential cons associated with resistive touchscreens. When compared to capacitive touchscreens, resistive touchscreens aren’t as sensitive. They are still responsive, but you’ll have to tap or press the interface with greater force for a resistive touchscreen to recognize your input.

Resistive touchscreens usually offer lower display resolutions than capacitive touchscreens. Granted, not all applications require a high-resolution display. If a touchscreen is used as a point-of-sale (POS) system in a retail environment, for example, resolution shouldn’t be a concern.

If you have any questions about Orient Display capacitive touch panels. Please feel free to contact: Sales Inquiries, Customer Service or Technical Support.

Healthcare providers of all types – physician’s offices, urgent-care clinics, and large hospital systems – have found that touchscreen technology has many applications in the medical field. From helping a lost patient easily find his way to his doctor’s office in time for their appointment, to having a new mother digitally sign discharge papers for herself and her newborn. Touchscreen devices can streamline processes, save money, and increase patient satisfaction.

For patients to get the care they need, they first have to get to their destination. But hospital systems, medical office buildings, and clinics can be tricky to find their way around.

A study performed at Emory University Hospital once found that wayfinding challenges cost the hospital system over $220,000 per year. The consequences include missed appointments, negative feelings associated with the care provider, and decreases in employee productivity when they have to stop their work to give directions.

Physical accessibility – Screens can be configured so that wheelchair users can easily view their content from a seated position, and some mounts allow for screens to be tilted to meet patient needs further.

Auditory accessibility – Patients with hearing loss might be reluctant to approach an employee for directions. A touchscreen kiosk allows them to the opportunity to obtain directions in a visual format instead.

Visual accessibility – A touchscreen device provides a variety of options for users who have visual disabilities. They can adjust brightness or contrast, increase text size as needed, or even click a button to hear text read aloud.

Linguistic accessibility – Hospital systems often need to provide wayfinding resources in multiple languages based on the population they serve, which can make for crowded, difficult-to-read signage. A touchscreen device allows users to select their language as part of the wayfinding process.

Whether at a doctor’s office, an urgent care clinic, or a major hospital system, touchscreen kiosks are often used as patients sign in. They can enter their personal information, indicate their symptoms, provide their insurance information, and even make payments.

One of the advantages of using touchscreen technology to register patients is that it allows for a simplified check-in process. Patients benefit because the process takes less time overall, and providers will enjoy self-check-in because it allows them to free up staff to do other, more challenging tasks. A case study performed by Kaiser Permanente found that 75 percent of patients felt that “checking in through the kiosk is faster than checking in through a receptionist.”

Touchscreen devices can be used to ask screening questions. Before an appointment even begins, more information can be gathered by asking additional follow-up questions based on the initial response. For example, a patient who answers “yes” to a question about flu symptoms can then be asked whether he or she received that year’s flu vaccine.

From small clinics to major hospital systems, providers often encounter patients who are most comfortable in a language other than English. A touchscreen device allows them to select their preferred language when checking in, then fill out the intake forms accordingly.

For patients who speak a less-common language, or who have lower literacy levels, visual cues and symbols can also be used to help guide them through the process, as recommended by the US Department of Health and Human Services.

In years gone by, medical staff had to spend valuable time on data entry, copying handwritten patient information from intake forms into a computer so that it could be stored as part of electronic medical records (EMR).

With an electronic check-in kiosk, patients can use the touchscreen to enter their data with an on-screen keyboard. There are two advantages to this process: one, information can flow directly into the provider’s EMR system, populating the patient’s file. This frees medical staff up to do other tasks. The second benefit is that when patients enter their information directly, using a keyboard, providers bypass the inevitable errors that come with deciphering handwriting.

An additional benefit of using touchscreen technology for the check-in process is that providers can incorporate key information or advice for the patient population.

For example, during flu season, providers can include a screen that informs patients of the availability of flu shots within their facility and another one reminding them of the availability of hand sanitizer.

The use of a touchscreen device paired with flexible, easy-to-use software means that messages can be quickly modified to deal with emerging situations. They can also be customized by departments so that visitors to the maternity wing get a different message from those checking into the emergency room.

When setting up a patient check-in system, there are two aspects that health care providers need to consider. The first is the patients’ desire for privacy when talking about sensitive health issues. The second is the rules and regulations that govern the handling of personal health information (PHI) to ensure that any patient’s information is kept confidential from anyone who doesn’t need to see it as part of treatment.

One benefit of using touchscreen devices for patient check-in is that patients may prefer not to have to verbally disclose or clarify information that they may find embarrassing or personal.

However, touchscreen devices offer an additional advantage when it comes to protecting personal health data: by eliminating peripherals such as keyboards and mice, they are less vulnerable to attack from those looking to compromise electronic records systems.

Additionally, check-in kiosks can be set up in a variety of ways to maximize patient privacy while checking in. Some providers install touchscreen devices inside individual carrels to provide patients with an additional layer of security. Another option is the installation of a privacy filter which prevents other people in the vicinity from being able to read the screen.

Hospitals and clinics have many employees coming in and out, and both physical security (for staff as well as patients) and information security are paramount. Using touchscreen technology to set up check-in kiosks for contractors and employees alike offers many benefits from an administrative perspective.

The touchscreens at an employee check-in kiosk can be used for a variety of purposes. When an employee signs in to a facility, the kiosk can also be used to scan their identification or snap a picture to create a temporary badge. Kiosks can also be used for time-tracking purposes so that employees’ work hours can be recorded for payroll.

Touchscreen technology can also be used to gather information about outside vendors and contractors. Hospitals, clinics, and doctors’ offices often have vendors entering to meet with employees, make deliveries, and fulfill other necessary duties. Connecting a touchscreen device to credential management software allows providers to ensure that vendors and contractors meet any requirements they have established, from having completed a background check to having received the necessary vaccinations.

Employee engagement isn’t just nice to have. Studies have shown that engaged employees perform better, leading to better clinical outcomes. A Gallup study once found that nurse engagement is the top predictor of variations in mortality rates across hospitals.

Touchscreen devices can be used to increase employee engagement in a variety of ways. Just as patient-facing kiosks might incorporate screens with health tips or other advice, employee-facing kiosks can also display pertinent information. For example, the employee check-in process might include screens highlighting standout employees, information on new benefits available, or even a survey question designed to assess employee satisfaction.

Employees can also use kiosks to get round-the-clock access to HR information. In a clinical environment, where employees work a variety of different schedules that often don’t overlap with regular office hours, immediate access to information about benefits, time off, scheduling, and more is vital.

Touchscreen technology is often used as part of the wayfinding and check-in process, but it also has a role to play when a patient has already been admitted to the hospital.

A touchscreen monitor can be installed in patient rooms within a hospital setting, or in exam rooms at a doctor’s office or urgent care clinic. These touchscreen devices can be used to communicate information about a patient’s condition from one employee to another when a shift changes, increasing consistency in care.

An added benefit of touchscreen devices is that they incorporate a keyboard, allowing for typed rather than handwritten text. As healthcare providers reach the end of a shift, their hands get tired from having to write so much, and their handwriting gets messier, leading to increased requests for clarification and even causing medical errors.

Touchscreen technology can also be used to quickly display medical imagery for the benefit of both the patient and other providers. Without needing peripherals such as a keyboard or a mouse, providers can pull up records, exam results, or images and zoom in so that everyone can see key information. They can even use their finger to draw on the image, calling attention to whatever they need a viewer to focus on.

Personalization is a growing trend in many industries, and healthcare is no exception. By delivering a personalized experience, providers can increase the possibility that patients will feel good about the care they’ve received.

Where do touchscreen devices fit in? Touchscreen technology can be leveraged as part of the inpatient experience by fitting patient beds with touchscreen devices. Different applications can be integrated into this device, so that a patient might be able to order a meal, call for a nurse, or change the TV channel, all without moving from their bed.

These same touchscreen devices can also be used to display information that’s relevant to patients based on their condition. New mothers staying in the maternity wing of a hospital might see information on the hospital’s breastfeeding group; patients recovering from major surgery might be able to watch a video about wound care.

Portable touchscreen devices can cut back on paperwork by allowing providers to obtain digital signatures from patients using a stylus. Clinical staff can also use the highlighter function to call patients’ attention to critical sections of the documents they’re signing.

Once the document has been signed, completed documents can then be incorporated directly into the EMR system, and a copy can be emailed to the patient who signed.

There’s another benefit to handling documents digitally: when documents are never printed out in the first place, there’s less risk of exposing personal health information if a paper isn’t properly disposed of.

A surface capacitive touchscreen uses a transparent layer of conductive film overlaid onto a glass sublayer. A protective layer is then applied to the conductive film. Voltage is applied to the electrodes on the four corners of the glass sublayer to generate a uniform electric field. When a conductor touches the screen, current flows from the electrodes to the conductor. The location of the conductor is then calculated based on the activity of the currents. Surface capacitive touchscreens are often used for large screen panels.

Projected capacitive touchscreens are extremely precise and quick responding and are typically found on smaller devices such as iPhones, iPod touches or iPads. Unlike the surface capacitive touchscreens, which use four electrodes and a transparent conductive film, the projected capacitive touchscreens use a vast amount of transparent electrodes arranged in a specific pattern and on two separate layers. When a conductor moves near the screen, the electrical field between the electrodes change and sensors can instantly identify the location on the screen. Projected capacitive touchscreens can accurately register multi-touch events.

All of a sudden, it seems like there are touch screen PCs everywhere. I"ve even seen monitors and all-in-one desktops touting their "built for touch" features. While I like the touch screen on my tablet, I"m not sure what the point is on a laptop or desktop. What advantages do these new touch screen PCs really offer?

Depending on whom you talk to, touch screen computers are either the natural evolution of the PC or the dumbest idea ever. (On one side you have Microsoft and Intel touting the latest Windows 8 touch screen PCs and on the other you have people quoting Apple"s Steve Jobs and Tim Cook about

Well, no one, really. As with deciding on any other computer feature—for example, display size or processor—choosing to have a touch screen or not is a matter of preference and your needs.

This bestselling bidet has ... pretty much everything you want from a toilet seat. It’s got a heated seat, a deodorizer. A remote control (yeah!), and a design that allows for no splash-back when in use.

Tapping and swiping on a touch screen, on the other hand, is more intuitive, since you"re interacting directly and immediately with the elements on the screen. If you use trackpad multi-touch gestures or have used a tablet or smartphone, working with a PC touch screen feels just as natural and fluid. Photo by

One of the earliest criticisms about touch screen PCs is that programs and desktop windows are hard to use with touch. The close button, scrollbars, and other navigational elements are small and hard to accurately hit. Windows 8 has changed that to a big extent, with things like the Explorer ribbon creating a more touch-optimized interface in desktop mode and, of course, its new full screen apps. Desktop programs like Microsoft Office are even pretty touch-friendly. And with those that aren"t, you can easily zoom in and use gestures to make working with a Windows 8 touch screen PC at least as easy as using a tablet (or you could use a stylus and tap very accurately on the screen).

More smears on your screen: Greasy, scummy smears are the bane of every smartphone and tablet user. It"s no different when you"re constantly touching a PC screen. Getting out the microfiber cloth more often is a hassle, but for most of us this alone isn"t a deal-breaker.

If you"re continually holding up your arm to point at a vertical display, sure that"s going to hurt. However, the truth is you"re probably not going to be perpetually holding up your arm. If you"re using a touch screen desktop PC or monitor, you might tap and swipe, then switch to the keyboard and mouse, and back. Touch screen laptops and hybrid tablet/laptops (with screens that can detach from the keyboard or swivel into tablet mode) can be positioned closer and at angles that are more comfortable, which makes this whole "Gorilla arm" argument moot, as

Added thickness: Touch screen panels are usually thicker than non-touch ones—especially if the touch panel has an active digitizer for pen support. two pounds and is a bit over a half an inch thick.)

Cost: Finally, the biggest disadvantage of touch screen PCs is the added cost. Touch screen PCs cost more than their non-touch counterparts. The difference can be between $100 to $200, with pen-enabled touch screens costing the most.

There"s been a lot of backlash in the media about these newer touch screen PCs and how they"re doomed to failure. However, most of that really isn"t about touch as a user interface at all, but rather Windows 8

Keep in mind that the touch screen is really just another way to interact with your PC. You still have your keyboard and your mouse (or trackpad) when you want them and can use the touch screen as little or as much as you want. (After using a touch screen for a while, though, you may find yourself attempting to tap and swipe any non-touch displays you come into contact with.)

If the added cost of the touch screen and the possible battery life hit don"t matter much to you, you don"t have anything to lose—and you might very well enjoy that touch screen as much as you do the one on your tablet.

As an Amazon Associate, we earn from qualifying purchases made on our website. If you make a purchase through links from this website, we may get a small share of the sale from Amazon and other similar affiliate programs. You can read our complete legal information for more details.

The benefits of a touch screen laptop include utilize it as a digital whiteboard, drawing, scribbling hand written notes, and navigating your operating system without a mouse or keyboard.

Not only is a touchscreen laptop have the benefit of being easily portable, but a touchscreen laptop is good because it has the advantage of typically being more lightweight, especially if the model you choose doesn’t have a keyboard and extra features attached.

In this post we’ll go over the benefits, disadvantages and how a touch screen laptop compares overall, why its good, and how it pairs up next to the standard, non touch screen laptop.

Choosing between a laptop with a touchscreen and one without is not easy. Both options have advantages and disadvantages. Usually, it comes down to your personal needs and preferences.

Two of our top favorite touch screen laptops are Lenovo Flex and the Microsoft Surface Pro. These are the most portable, flexible options and they also are compatible with a stylus pen for work, art, and projects.

For example, if you are a demanding gamer or like larger screens, traditional laptops are the best way to go as cheaper touch screen laptops aren’t particularly designed with CPU-heavy tasks in mind.

On the flip side, touchscreen laptops are better for tasks like note taking and drawing. Also, a touchscreen device is usually more portable and better for editing than traditional laptops. Let’s dive deeper into the pros and cons of touchscreen laptops.

Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on [relevant Amazon Site(s), as applicable] at the time of purchase will apply to the purchase of this product.

When it comes to work and school tasks, touchscreen laptops are way better than non screen. You can take better notes with a touchscreen laptop because you can draw and write strokes and lines that you can’t get done on a non touchscreen.

The common app that most people use is OneNote. In such a way you can crop different graphs or diagrams when using a touchscreen laptop; making the manual note taking process more tailored for class or work.

Also, IT really shines when you include the stylus for precise strokes and handwritten details. This makes a touchscreen laptop an amazing choice for working professionals and students. There are free apps, such as Evernote and additional choices such as Google Keep, Simplenote, and more.

On a touchscreen display, you can use the touchscreen to navigate if you don’t have a mouse or your trackpad stops working. Also, most of us are very familiar with navigating on smartphones. This means that you can easily learn how to navigate on a touchscreen laptop.

Also, using an active or passive stylus can further enhance the device navigation of a touchscreen laptop. Using a pen instead of a mouse or keyboard is a brilliant thing to do, especially when it comes to taking notes, drawing, etc.

In a few words, a touchscreen display makes it easier to interact with your laptop. A good example of this is using a laptop as a digital whiteboard. This is a very common problem that many people have with non touchscreen laptops.

With a device that has a touchscreen, you don’t need any external devices (drawing tablet or graphics tablet). All you need to do is draw directly on the screen of your device with a pen or simply with your finger.

This is an important advantage for professionals and students who use digital whiteboard apps like Miro or Limnu and collaborative whiteboard apps like Stormboard.

Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on [relevant Amazon Site(s), as applicable] at the time of purchase will apply to the purchase of this product.

As mentioned earlier, touch screen laptops have the key advantage of drawing directly on the display. This is the main reason why touchscreen laptops like the Microsoft Surface Pro are popular when it comes to artists. In fact, if you are a graphic designer, photographer or even an architect, you should definitely opt for a touchscreen device.

With a stylus pen and a high-quality touchscreen display, you can work quickly and efficiently with software like AutoCAD, Photoshop, or Illustrator. With a touchscreen laptop/pen combo, you can easily use the layering and editing features of such software. This means you no longer need to use a mouse to draw or retouch photos.

Non-touchscreen laptops require the use of an external or wireless keyboard in case your keyboard fails. On the other hand, touchscreen laptops do not require a keyboard to be fully functional.

For example, the latest Surface Pro has a Signature Type Cover that can be removed or added from the device at any time. This kind of flexibility is crucial. The fact that you don’t need a keyboard to work on a touchscreen laptop is very important because it doesn’t interfere with your commands.

Although there are laptops without touchscreens that are very flexible, laptops with touchscreens are simply better in this regard. You can take touchscreen laptops with you anywhere as most of them are extremely lightweight and compact. Also, most touchscreen laptops do not take more than a few seconds to charge.

Their ultimate flexibility makes touchscreen laptops a brilliant choice for students and artists on the go. In most cases, touchscreen laptops also have a very long battery life. This means you can use them for more than 9-10 hours without relying on a power supply. For this reason, touchscreen devices are generally ideal for travel.

As mentioned earlier, touchscreen laptops are a great choice for photographers, in fact anyone who wants to do basic or advanced photo retouching should own a touchscreen device. Laptops like the new Surface Pro 7 or the HP Pavilion x360 work like a charm when it comes to photo edit