Programme to demonstrate the benefits of nano-imprint technology

In addition to creating an industrial partnership to develop NIL process solutions, the INSPIRE programme is designed to demonstrate the technology’s cost-of-ownership benefits for a wide range of application domains, such as photonics, plasmonics, lighting, photovoltaics, wafer-level optics and bio-technology. 

Leti and EVG will jointly support the development of new applications from the feasibility-study stage to supporting the first manufacturing steps on EVG platforms and transferring integrated process solutions to their industrial partners, thus significantly lowering the entry barrier for adoption of NIL for manufacturing novel products.

In its effort to support high-volume manufacturing applications, EVG recently launched the HERCULES NIL equipment platform, and the INSPIRE programme’s activities will complement the company’s efforts within the framework of its NILPhotonicsTM competence center that was launched in December 2014.

After launching its NIL technology-development programme more than 10 years ago, Leti oriented the use of this technology mainly for photonics applications. In early 2014, the programme was integrated in the Silicon Technologies Division to establish a NIL collaborative programme.

“EVG is excited about the value that the partnership with Leti in the INSPIRE programme will provide to industry,” said Markus Wimplinger, Corporate Technology Development and IP Director, EV Group. “After more than a decade of research and development activities, EVG has propelled NIL technology to a level of maturity that enables significant advantages for certain applications compared to traditional optical lithography.”

“Leti and EVG have a long history of collaborating on ways to bring new technologies to market at reasonable costs for the benefits of our customers,” commented Laurent Pain, Patterning Programme Manager, Silicon Technologies Division, Leti. “Through INSPIRE, we will develop new ways for them to use this flexible, powerful nano-patterning technology to create new products for a wide range of applications.”