Compared with LCD and LED splicing screens, OLED splicing screens are lighter and thinner, with higher brightness, low power consumption, quick response, high definition, good flexibility, and high luminous efficiency, which can meet the new demands of consumers for display technology. More and more display manufacturers in the world have invested in research and development, which greatly promoted the industrialization process of OLED.

This article mainly shows you that our company has recently completed the OLED flexible splicing screen project: cylindrical OLED and wave-shaped OLED. I hope you can have a more intuitive understanding of the structure and installation of curved OLED splicing screens.

Compared with flexible small-pitch LEDs, curved flexible OLEDs have high-definition, no-dot-rate and high-luminance concerns, and are more advantageous in price. Therefore, in many airports and commercial centers abroad, the 360-degree display OLED cylindrical splicing screen has become a landmark building.

Cylindrical curved OLED splicing screen with a minimum radius of 1 meter.

The wave-arc OLED splicing screen is widely used, and they are found in major museums, exhibition centers and attractions.

Source manufacturers and professional teams provide design and door-to-door installation services. Customization is welcome.

A curved OLED adjustable structure can be used to manually adjust the curvature to protect the screen and reduce collisions between screens.Compared with LCD and LED splicing screens, OLED splicing screens are lighter and thinner, with higher brightness, low power consumption, quick response, high definition, good flexibility, and high luminous efficiency, which can meet the new demands of consumers for display technology. More and more display manufacturers in the world have invested in research and development, which greatly promoted the industrialization process of OLED.