With the rapid development of science and technology today, professional Industrial Touch Screen Displays provide a great convenience for our work and life, but also make people more and more inseparable from it. The current cost-effective touch screen display is not short in life, but its maintenance is still worthy of our attention.

Industrial Touch Screen Displays

The following are the "4 Don't" maintenance methods for using touch screen monitors introduced by Industrial Touch Screen Monitor Suppliers:

Do not use for a long time at high temperature:

Do not use it for a long time under the high-temperature sun. When the surrounding temperature reaches 40℃, it will cause the capacitive screen of the touch screen to drift. This will cause the touch screen display to be directly scrapped for a long time.

Do not let strong magnetic fields close to:

The electromagnetic field must be avoided when using because the magnetic field will cause the temporary failure of the capacitive screen. Pay attention to magnetic objects such as speakers and do not allow them to come close to the touch screen display.

Don't let it produce serious electrostatic effects:

The electrostatic effect easily penetrates the capacitive screen. Although the glass on the surface of the capacitive screen of the touch screen display has undergone a certain anti-static treatment, it can only withstand static electricity under a certain strength, so be sure to pay attention when choosing a protective film for the touch screen display. Try to choose a protective film with strong anti-static ability.

Do not let oil and sweat come in contact with:

Because oil stains, sweat, etc. touch the touch screen and form a dense conductive layer on it, causing the screen to drift, so the touch screen display should be kept away from oil and sweat.

To sum up:

All in all, electronic products need to be cared for in detail while being convenient to use. High-quality Touch Screen Computer Monitor is no exception. Pay attention to the above 4 points, not only make the excellent performance of the machine be fully utilized but also extend its service life and reduce unnecessary economic losses.