As society's interest in beauty and wellness continues to grow, there has been a rapid expansion in the wearable device market. This growth is particularly evident in the ongoing development of healthcare devices to address the rising demand for non-invasive light treatments. Many existing devices in this field are still bulky and rely on single-point light sources, which limits their ability to uniformly treat larger areas, and can cause heat-related issues. To overcome these challenges, researchers are turning to OLED-based platforms as a promising solution [1]. OLEDs, which are predominantly used in flexible and free-form displays, are at the forefront of the next generation of display technology, and offer potential advances in the field of light treatments and wearable healthcare devices.
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