1. The thickness can be less than 1 millimeter, only one-third of the LCD screen, and the weight is also lighter;
2. Solid state structures, without liquid substances, therefore have better seismic performance;
3. There is almost no issue with the viewing angle, and even when viewed from a large angle, the image remains undistorted;
4. The response time is one thousandth of that of LCD, and there will be absolutely no ghosting when displaying motion pictures;
5. Good low-temperature characteristics, able to display normally even at minus 40 degrees Celsius, which LCD cannot achieve;
6. The manufacturing process is simple and the cost is lower;
7. Higher luminous efficiency and lower energy consumption than LCD;
8. It can be manufactured on substrates of different materials and can be made into flexible displays that can bend.
Due to the above advantages, OLED displays can be applied to POS machines, ATM machines, copiers, game consoles, etc. in the commercial field; In the field of communication, it can be applied to fields such as mobile phones and mobile network terminals; In the field of computer science, it can be widely applied to PDAs, commercial PCs, home PCs, and laptops; In the field of consumer electronics, it can be applied to audio equipment, digital cameras, portable DVDs, and especially to smart wearable products, which have a vast application space; In the field of industrial applications, it is suitable for instruments and meters, etc; In the field of transportation, it is used in GPS, aircraft instruments, and so on.
