Complying with the economic transformation and innovation development trend of China, OFILM established the “OFILM Institute of Advanced Technology" in February 2014.
The primary role of the Institute is to focus on business innovation, select advanced technologies and the latest scientific research based on market demand, as well as concentrate on the implementation of R&D on engineerization and industrialization. Along with the long-term development of OFILM’s technologies and product portfolio, it strives to become a world-class innovative company.
The institute is currently underway to extend the development in technology of printing flexible transparent conductive film with nano-materials, and expand in the fields of optoelectronics, flat panel displays and wearable electronics technology, whilst striving to create new breakthroughs throughout these interconnecting fields.
As of September 9th 2012, OFILM achieved cooperation with Nanotechnology and Nano Bionic Institute of Chinese Academy of Sciences, agreed to jointly construct “OFILM - Chinese Academy of Sciences flexible photoelectric technology joint lab”
The cooperation was rooted in optical nanotechnology, targeting the new global development trend of flexible photoelectric technology, with developing China’s flexible photoelectric micro-nano cutting edge technology as the prime task and goal, and thus to further pave the technological foundation of “advanced nano flexible optoelectronic manufacturing engineering technology center” set up by Nanchang OFILM Tech Co., Ltd.
In April 2012, OFILM’s wholly owned subsidiary---Nanchang OFILM Photoelectric Science and Technology co., Ltd was approved in Jiangxi province and Jiangxi Province Precision Coating Engineering Research Center was established.
The establishment of this center will provide technical support for the construction of coating experiment and test platform, the study of precision coating, the improvement in the technology of coating monitoring, the development of flexible substrate coating process, the realization of commercialization and proceduralization of online membrane materials, the higher requirements of digital imaging, mobile communications, optical communications, laser, flat panel display and other products for precision coating and optical components.
Approved by the postdoctoral committee of the Ministry of Human Resources and Social Security, OFILM’s postdoctoral research station ( No. 61 document issued by the Ministry of Human Resources and Social Security) was formally approved and established in August 2013. Research areas include nano-engineering technology, micro-circuit, optical, optical film, optical mechanical and electrical integration, vacuum technology, materials science and technology, semiconductor processing technology and other disciplines.
Currently, OFILM’s postdoctoral research station was anchored in the Postdoctoral station of Suzhou Nano Research Institute of Chinese Academy of Sciences (Professional direction: Physical Chemistry) and the Postdoctoral station of the Science School of Nanchang University (Professional direction: chemical engineering). We recruited doctoral students of relevant fields, and signed a joint training post-doctoral cooperation agreement. Combining production and research, we convert the outstanding scientific research of the station into products to promote talent growth.
We have been regarding the innovation of science and technology as the driving force of our development. Upholding the talent philosophy of "discover new talent and recognize existing talent, assign and utilize effectively", we strive to develop a first-class scientific research team. We have the independent intellectual property rights of all our technologies, including the fields of nano-engineering technology, micro-circuit, optical, optical film, optical mechanical and electrical integration, vacuum technology, materials technology, semiconductor processing technology, etc.
Currently, OFILM has 3 core technology platforms, which are Optical Film Coating Technology Center, Capacitive Touch-control System Research and Development Center and Ultra-thin Materials Research Center. In addition, we have 2 province-class technology platforms which are Guangdong Precise Optical Film Engineering Technology Center and Jiangxi Precise Optical Coating Technology Engineering Center, while jointly establishing 'OFILM - Chinese Academy of Sciences Flexible Photoelectric Technology Joint Lab' with Nanotechnology and Nano Bionic Institute of Chinese Academy of Sciences in Nanchang.
We want you! We will not only provide you with generous research environment and hardware facilities, but also set up a professional team to work with you. Let’s work together and create great undertaking.