Chongqing Lumo Technology Park

Chongqing Lumo Technology Park

Chongqing has been investing heavily in technology development.chongqing lumo technology The city has an impressive network of roads and railways connecting it to the rest of China which significantly reduces logistical costs for businesses operating there. The Three Gorges Dam which is the largest power project in the world supplies Chongqing with energy and allows ocean-going ships to access its Yangtze River port. These advantages have led to the arrival of numerous multinational corporations in industries ranging from automotive to finance and retailing. These companies have found a strong business environment in Chongqing, which offers competitive incentives for foreign investors as well as high-quality labor and low operating costs.

The elegantly landscaped compound of Jinshan Science and Technology is a tranquil oasis encircled by verdant trees.chongqing lumo technology A chorus of bird song mingles with the drone of approaching aircraft as they pass overhead, adding to the sense of harmony between smart industry and ecology that is the essence of this new era of Chinese manufacturing.

Jinshan Science and Technology is a manufacturer of high-tech medical equipment that exports to countries worldwide.chongqing lumo technology Liu Yaoxian, head of the company’s international department, explains why she chose Chongqing to base the enterprise: “Chongqing has a lot of support in terms of finance and policies for enterprises like us. Also, the city has a large pool of engineering talent and labor costs are lower than in first-tier cities.”

Another example is Chongqing Danghuan Network Technology, which manufactures mobile terminal equipment.chongqing lumo technology It recently raised venture funding from new investor OPPO, which will help the company expand internationally and expand its technology platform. The company plans to use the capital to invest in research and development, internationalization and other activities.

One of the most exciting technologies to be developed in Chongqing is a half-bandgap-voltage EL (electroluminescent) device that has the potential to significantly increase the efficiency and performance of organic light-emitting diodes. The new device uses a non-conjugated polymer acceptor PF1-TS4 and exhibits excellent photophysical properties on par with fully conjugated ones, such as an optical band gap of 1.58 eV, high absorption coefficient of >105 cm-1, LUMO level of -3.89 eV, and suitable crystallinity. When matched with the polymer donor PM6, it achieves a power conversion efficiency of 8.63 %, which is 45 % higher than that of small-molecule EL devices.

The research team at the Jifeng Laboratory has also developed a microscopy system that can measure the quantity of single-molecule proteins in samples of human blood. This will enable scientists to better understand the body’s metabolic processes and improve drug discovery and therapy. This type of high-sensitivity, multi-mode imaging is currently unachievable using existing technologies. The development of this technology represents a major advancement in the field of biological sciences, and could have implications for medical diagnostics. The device is expected to be available in commercial form within the next two years. The new technique is a result of continuous efforts in research and development by Chongqing researchers.