Advantages and Disadvantages of Capacitive Touch Screen PCs for Trade Show Exhibition Services Industry

The advantages of a capacitive touch screen PC are numerous for Trade Show Exhibition Services Industry, but there are also several disadvantages. Some of these disadvantages include the expensive price and limited durability. Readability and contrast are also a concern. For these reasons, a PC with a capacitive touch screen is not the best option.


One of the disadvantages of capacitive touch screen PCs is that the image quality can be less than perfect, and the screens require a lot of pressure to register an input. This type of screen also is not very durable and has a short lifespan. Hence, it is not a good choice for use in point-of-sale or industrial applications.

Another disadvantage of capacitive touch screen PC is that the screen is prone to drift. This is caused by the ambient temperature, humidity, and the electric field. Moreover, it can be influenced by a larger object nearby. It can also be affected by people watching it. Nevertheless, it is not a problem that will stop you from using a capacitive touch screen PC.


Capacitive touch screens work by detecting and storing electrical charges. They are generally made of a transparent conductive material that is coated onto a glass surface. This allows the screen to respond quickly to touches. This type of touch screen is also resistant to harsh chemicals and is ideal for large-scale applications.

If you are in the market for a new PC, consider getting a capacitive touch screen. It can be a great addition to your retail environment, as it can help customers check inventory and cut operating costs. They can also be used in conjunction with other software applications, making them versatile and convenient.


A capacitive touch screen PC allows the user to navigate through various applications and monitor automated functions with just a touch. This type of PC is most commonly used in manufacturing, food processing, banking and distribution sectors. It is gradually replacing resistive touch technologies with its superior touch functionality and ability to withstand varying operating conditions. It is particularly beneficial for military operations, which are known for being physically demanding. These missions are often conducted in remote locations with different climates.

Capacitive touch screens are also known for their high readability and clarity, which make them ideal for use in industrial applications. Unlike conventional displays, they can withstand dust and water ingress. Furthermore, these PCs can be mounted on various surfaces. This means that the users can conveniently conduct distribution operations even in harsh environments with poor lighting conditions or high levels of light.


A capacitive touch screen uses the electrical properties of the human body to detect inputs. When a user touches a capacitive touch screen, a small electrical charge is drawn to the point of contact. Capacitive touch screens are more sensitive and can detect lighter touches than resistive touchscreens. They are also more complex and have multiple layers, which make them brighter and sharper. However, they are not as cost-effective as resistive touch screens.


Noise when using capacitive touch screen PCs is an issue that can cause a number of problems. It can be caused by a number of different factors, including electromagnetic interference and parasitic capacitance. In many cases, these can be reduced or eliminated with appropriate hardware and software adjustments.

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One of the most common sources of noise is the LCD panel itself, which is in close proximity to the touch sensor. These panels are notorious for generating a high amount of noise, which varies in intensity. Although some companies claim that OLED displays are noise-free, there is still a considerable amount of noise generated by LCD displays. Fortunately, advances in EMI immunity have allowed manufacturers to improve their techniques.