From a materials perspective, an open frame touch monitor typically consists of multiple layers, including a glass cover, a touch layer, and a display module.

The preheating temperature needs to be determined based on the material thickness and carbon equivalent. The preheating range should cover a certain area on both sides of the weld to ensure uniform temperature.

The touchscreen controller is the bridge connecting the touch detection device and the host computer, and its performance plays a decisive role in the accuracy and speed of touch response.

When sheet metal is cut, if continuous cutting is carried out in a single direction, long and thin pieces are prone to lateral bending deformation due to thermal stress concentration.

The heavy bezels and enclosed chassis of traditional monitors are gradually being replaced by a more modern and futuristic design—the open frame touch monitor.

In modern buildings, bridges, industrial equipment, and transportation, the choice of structural materials directly determines the stability and safety of the entire system.