OLED lighting products to achieve mass production at the end of the year

“Last month, our OLED lighting 1st generation amplifier line has been debugged and some OLED lighting panel samples have been made. Soon, our OLED chandeliers and lamps will be available for sale.” Yesterday, “Double-creation Talents”, China OLED Dr. Wang Jinshan, president of Industry Alliance Co-Chairman and president of Nanjing Disheng Organic Optoelectronics Co., Ltd., told reporters that in August of this year, the company will introduce the world’s third-generation OLED lighting 2.5th generation line and achieve mass production of OLED lighting products by the end of the year.

He started Dior Organic Optoelectronics in Nanjing Economic and Technological Development Zone in October 2010. In just over a year, Dr. Yuansheng Wang, the senior scientist of the original Kodak Company and the head of the “OLED Lighting” project of the US Department of Energy, Dr. Yuansheng Tian. Ning stepped out of a road of industrialization of technological entrepreneurship.

OLEDs, ie organic light emitting diodes, are based on the principle of sandwiching an organic light emitting material between two electrodes. When a voltage is applied to the electrodes, positive and negative charges are injected into the organic material and meet and combine to emit light. The advantages of OLED lighting are that the light quality is closer to that of incandescent lamps and the performance is higher. It is a surface emitting light with a soft light color, and it is a lamp itself. It does not require an external lamp shade, heat sink, etc., which is energy-saving and environmentally friendly. Since its inception, it has attracted attention, but so far no company has achieved mass production.

"On January 5th this year, the company's first-generation amplifier line successfully produced an OLED lighting panel with a performance of 50 lumens per watt." Wang Jinshan said that at the Kodak Company in the United States, he is mainly engaged in the development of new polymers and nanomaterials for flat panel displays. The research and development of micro-nano materials and films for OLED lighting has developed the key light extraction materials and technologies for the world's most energy-efficient white light OLED lighting panel to date, with 57 European and American authorized patents. Lai Ning founded a technology company and Nanjing provided great support in all aspects. After the company was established in October 2010, Nanjing and Qixia District and Nanjing Economic and Technological Development Zone have created a good soft and hard environment for the company's development. In April of last year, the development zone was a 13,000-square-meter new factory that was selected and renovated by the company for three years without any rent, providing various supporting services such as water and electricity. Subsequently, the company's world's most advanced R&D line equipment, pilot line, and first-generation amplification line were put into use one after another, and successfully developed the most effective OLED lighting panel in the world.

“OLED lighting is a brand-new industry, and it is also an industry that develops around the world.” Wang Jinshan said that now, Philips, Osram, Panasonic Japan, South Korea’s Samsung, LG and other international companies are conducting research on OLED lighting panels. And development. “Our technology is ahead of them and industrialization is also at the forefront of the world.” He said that OLED panels developed by Dijon Organic Optoelectronics have the best comprehensive indicators, and their performance and light quality are better than those of OLED panels developed by foreign companies. The company's upcoming OLED lighting 2.5th generation line, although it is the third in the world, is more complete than LG's world's first OLED lighting 2.5th generation line and OSRAM's second 2.5th generation line, and will be mass-produced in the future. It is also the largest. “The emergence of OLED lighting products has been hailed as 'the fourth lighting revolution' and the market prospects are broad. As long as our products are on the market, they will not be sold at all.”

It is understood that Dixon Organic Optoelectronics' OLED lighting products will be used in the Nanjing Youth Olympic venues. The National Development and Reform Commission is also commissioning Disheng Organic Optoelectronics as an OLED lighting promotion plan. It plans to make reference to LED lighting's “Thousand-City Urbanization” model to do OLED lighting lighting projects throughout the country. "OLED lighting products are a brand-new product, and R&D and production panels are important, and product design is also very important." Wang Jinshan said that the success of "Apple" lies in both technology and its unique creative industrial design. Therefore, the company is collaborating with domestic and international first-class industrial design companies to combine the world’s most advanced OLED lighting panel technology with high-end creative design to produce high-quality OLED lighting products in 3-4 months. Then, an OLED lighting experience shop like the "Apple" experience shop is opened in the country. "This year, we will first come up with two products, the OLED chandeliers and table lamps. After 2.5 lines are in place, we will produce more OLED lighting products."

Wang Jinshan said that he had just participated in the National Development and Reform Commission's symposium on accelerating the development of OLED, and the country is prepared to increase investment to promote the development of the OLED industry in China from a strategic perspective. "At present, there are seven companies in China engaged in the OLED industry, we are the only one to do OLED lighting." Wang Jinshan said that Europe and the United States and Japan and South Korea and other countries, in the OLED industry, especially OLED lighting development has strategic planning and support policies In particular, South Korea supports Samsung and LG and uses OLED lighting panels as engines to drive the development of OLED devices and materials. He hopes that China will also be able to focus on supporting several competitive companies in OLED lighting, using panels as the engine to drive the development of equipment and materials, and creating the Chinese's own OLED industry chain.