Toray opens R&D Innovation Center for the Future
The Shiga, Japan facility will spearhead Toray’s global research as its functional materials headquarters.
Share
Read Next

Toray’s R&D Innovation Center of the Future. Source | Toray
Toray Industries Inc. (Tokyo, Japan) held an opening ceremony on Dec. 11 for its R&D Innovation Center for the Future on the premises of its Shiga, Japan plant. The new facility will spearhead Toray’s global research as its functional materials headquarters, and is the location where Toray will pursue technology R&D projects in collaboration with its domestic and overseas production and sales units.
During the opening ceremony, Toray President Akihiro Nikkaku said that the center “will play a vital role in helping resolve such global issues as climate change, water shortages and resource depletion. I also look for the facility to serve as a vehicle for joint research and development collaborations with universities and public research institutions around the world.”

The ribbon-cutting ceremony for Toray’s R&D Innovation Center for the Future was held on Dec. 11. Toray President Akihiro Nikkaku is pictured third from the left. Source | Toray
The center comprises two buildings. One will undertake integrated research to generate ideas for the revolutionary materials, ideas and systems, and the other will engage in empirical research through prototyping, assessments and demonstrations.
On the research development side, Toray says it plans to integrate its fine polymers and nanofabrication from its proprietary polymer technology with materials informatics and artificial intelligence. The goal is to advance research and technological development by creating advanced materials, devices and systems in advanced medical, renewable energy, filtration and separation systems, as well as other eco and lifestyle innovation areas.
One ongoing research project includes Toray’s porous carbon fiber with nano-sized continous pore structure, announced last month.
The facility will also serve as an innovation hub through its international conference hall, exhibition and demonstration areas, and open laboratories. Toray says this center will serve as a space to engage and collaborate with with academia and key partners in diverse fields.
Related Content
-
Filament winding increases access to high-performance composite prostheses
Steptics industrializes production of CFRP prostheses, enabling hundreds of parts/day and 50% lower cost.
-
Aviation-specific battery system uses advanced composites to address electric, hybrid flight
BOLDair’s composite enclosure, compression structures and thermal runaway management enables high-performance electric energy storage.
-
Hybrid process marries continuous, discontinuous composites design
9T Labs and Purdue applied Additive Fusion Technology to engineer a performance- and cost-competitive aircraft bin pin bracket made from compression-molded continuous and discontinuous CFRTP.