Latest Breaking News On - Big innovation - Page 6 : comparemela.com

Благотворительный сервис на mos.ru стал лауреатом премии Big Innovation Awards

Пленники провели 444 дня в плену

Наталья Сергунина: лауреатом международной премии Big Innovation Awards стал благотворительный сервис на портале mos.ru

Arris Composites wins BIG Innovation Award for advances in manufacturing

 developer of Additive Molding technology for the production of high-performance composites in mass-market products, announced on Jan. 12 that it has won the BIG Innovation Award. Presented by the Business Intelligence Group, the annual BIG Innovation Award recognizes organizations, products and people that are bringing new ideas to life in innovative ways. Arris was selected for its innovative approach to manufacturing. The company’s flagship technology, Additive Molding, is a high-speed manufacturing process that allows for the precise alignment of continuous carbon fibers and embedding of electronic components and multifunctional materials into a single topologically optimized part or component. Arris says the result is a cost-effective method for manufacturing lighter, stronger, faster and more intelligent products at scale (Arris Composites also recently had an in-depth discussion about its Additive Molding process with 

Arris Wins BIG Innovation Award For Advances In Manufacturing

January 12, 2021 BERKELEY, Calif. January 12, 2021 Arris, a California-based manufacturing tech pioneer enabling the use of high-performance composites in mass-market products, today announced it has won the BIG Innovation Award. Presented by the Business Intelligence Group, the BIG Innovation Annual Award recognizes organizations, products and people that are bringing new ideas to life in innovative ways. Arris was selected for its innovative approach to manufacturing. Arris’ flagship technology, Additive Molding™, is a high-speed manufacturing process that allows the world’s top brands to precisely align continuous carbon fibers and embed electronic components and multifunctional materials into a single topologically optimized part or component. The result: a cost-effective method for manufacturing lighter, stronger, faster, and more intelligent products at scale.