Research on panel technologies is ongoing, with manufacturers all striving to create the best display at the lowest cost. While Samsung, LG, and Boey are often seen as the innovators in this field, Canon has recently developed a new QD-OLED display material that uses lead instead of rare earth metals. Here are the details…
Canon Develops New QD-OLED Display Material
Canon has developed a new QD-OLED display material that uses lead in place of rare earth metals. This breakthrough could significantly reduce the cost of manufacturing QD-OLED displays and make them more widely available. QD-OLED displays are known for their high contrast ratios, wide viewing angles, and accurate color reproduction. However, they have been prohibitively expensive due to the use of rare earth metals in their production. Canon’s new material could change that.
Lead is a much more common and easily recyclable metal than rare earth metals, making it a more sustainable option. Canon’s new material is also said to be just as durable as those made with rare earth metals. This could make Canon a major player in the QD-OLED market, as it could offer a more affordable and sustainable alternative to Samsung’s products.
If commercialized successfully, Canon’s new QD-OLED display material could revolutionize the display industry. It could make high-quality OLED displays more affordable and accessible to consumers. It could also help to reduce the environmental impact of the display industry. Canon plans to commercialize its new QD-OLED display material in the mid-2020s.
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