Industrial display is a type of display used in industrial scenarios. Unlike typical commercial or home environments, industrial environments have more dust, electromagnetic interference, vibration, and other factors. If a regular smart industrial display is used in an industrial setting, the lifespan of the display would be significantly shortened, resulting in frequent malfunctions before the warranty period expires. This is absolutely unacceptable for factories that require high equipment stability.
In our daily lives, the displays we use are significantly different from industrial displays. So, what are the differences? Let's take a look together. Industrial displays are devices used in industrial settings and differ greatly from regular displays. Industrial display monitors are typically made of aluminum alloy, which offers excellent heat dissipation. Industrial displays have high environmental requirements, as they need to adapt to various industrial environments while maintaining stable operation.
There are multiple options for LCD screen resolution, viewing angle, brightness, contrast, color gamut, lifespan, response time, etc., to meet the needs of different industries. Moreover, screens of the same size but made with different materials will yield different effects in images. It is easy to observe differences in screen text clarity and the realism of characters, skin, and hair restoration.
We can see that IPS wide-viewing-angle displays have clearer colors and provide a more comfortable viewing experience, making them more suitable for industrial environments. Wide-viewing-angle displays present more realistic image quality from any angle, which is the main difference between IPS and TN. The shell of industrial display monitor also belongs to a metal shell, which has advantages suited for industrial environments compared to the lightweight and low-cost plastic shell. First, in industrial environments, there will inevitably be large temperature differences and various environmental factors that can affect the performance of plastic shells. Metal shells excel in such situations because they are more sturdy, can withstand high temperatures that plastic shells cannot handle well, and they have strong resistance to high temperatures. Second, metal shells can prevent electromagnetic interference, ensuring that there is no delay or loss of monitoring images. Finally, they are highly durable, resistant to shocks. Therefore, the advantages of industrial displays are best demonstrated in industrial environments.
Industrial displays have a wide range of applications, including security video surveillance displays, articulated arm cameras, industrial video microscopes, industrial endoscopes, flatness detectors, dimensional measurement devices, hot presses, BGA repair workstations, laser engraving equipment, laser marking machines, vehicle displays, and POS cashier systems in various industries.
Industrial pc solutions need to have excellent adaptability to industrial environments. While they are primarily used in industrial settings, they can also be seen in outdoor scenarios, self-service terminals, interactive displays, medical terminals, intelligent control systems, and other fields due to their excellent performance.