![]() ![]() ![]() Since it does not require pressure, it is easy to place several fingers on the screen at the same time to perform an action such as zooming or controlling the rotation of an image. It is also the most suitable device for using multitouch. It suffices to touch it with your finger to immediately obtain a reaction, which offers a fluid navigation and a great comfort of use. This glass screen is also very pleasant to use. This makes it a good choice for screens that will experience heavy use, as they will suffer less from wear and tear than resistive panels. The majority of Getac rugged tablets are treated with this technology. For example Gorilla Glass technology is known worldwide for bringing a hardened character to screens. It is even possible to treat the panel against scratches and against light impacts. Capacitive touch screenįirst, the glass surface of capacitive screens is rigid and therefore makes them stronger than resistive screens. This can be annoying when used in bright light, for example outdoors. In fact, the layer on the surface of the screen would absorb around 20% of the brightness compared to capacitive screens. A touchscreen tablet, for example, will be more responsive than an e-reader.įinally, resistive screens often have lower brightness compared to capacitive ones. This setting depends on the age of the screen and the setting. Its responsiveness is not always optimal and it will sometimes be necessary to exert strong pressure or press several times for the requested action to be taken into account. It will then have to be recalibrated in order to distribute the wear over the entire screen and not just in the most used areas.Īnother drawback is that this type of screen can sometimes be uncomfortable to use. Repeated pressure on the screen can also affect its accuracy in the long term (NB: Industrial models provide a very high MTBF because the technology used is designed for intensive use), due to the electric shocks generated. This layer is vulnerable to deep scratches, especially with the use of a stylus. While they have advantages in certain areas, resistive screens also have several disadvantages in use.įirst, the way they’re designed with a soft layer designed to register pressure can make them brittle in the long run. This therefore has a positive impact on the selling price of the device equipped with this system. In addition, this type of screen will not be disturbed in its operation in the presence of water, grease, dust, or if superficial scratches are present on its surface.įinally, resistive screens have a lower manufacturing cost compared to capacitive screens. This comes in handy when you wear gloves since you don’t have to take them off to use your smartphone for example. Whether it’s your finger, a fingernail, or any object, your screen will work. In addition to the stylus, resistive screens can be used with any pointers. Much thinner than a finger, this allows drawings to be made that take into account the force of pressure exerted on the pencil. Their squeeze mode of operation makes it quite possible to use them with a stylus. The advantages of this type of touchscreenįirst of all, resistive touchscreens offer good precision. They are also very often found on hand showers (portable barcode reader). In the professional field, they are also found on certain models of Panel PCs (Find out more about the Panel PC), on industrial screens and other models. Graphics tablets also require the use of a stylus and are therefore also designed with resistive screens. Those that come with a stylus use this technology. Some cell phones are also equipped with resistive screens. This type of screen is used in particular on bank cash dispensers, e-readers, supermarket cash registers and GPS devices. ![]()
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