Arris Composites generates $48.5M in series B funding
April 21, 2020 - United States Of America
Arris Composites, the pioneer of next-generation composites for mass-market applications, such as aerospace, automotive and consumer products, has generated $48.5 million in series B funding. Arris will expand its proprietary composite manufacturing capabilities and open facilities in the US and Taiwan, the latter for the consumer electronics industry.
The round was led by Taiwania Capital with participation from return investor New Enterprise Associates (NEA), which led Arris Composites’ $10 million Series A round in January 2019, alongside Valo Ventures and Alumni Ventures Group (AVG).
Carl Bass, former Autodesk CEO, will join the board of directors as an independent board member. Bass has been involved with Arris since 2017 as an angel investor, advisor and research collaborator while the company incubated in his personal machine shop.
“Since we began working with Arris Composites in 2018, we’ve been impressed with the maturation of their manufacturing technology and the intense interest and enthusiasm we’ve seen from top brands in the consumer, automotive, aerospace and other industries in leveraging Arris’ manufacturing methods for next-gen, not-yet-released products,” explained Greg Papadopoulos, venture partner, NEA and former chief technology officer, Sun Microsystems. “High-performance composites that can be mass-produced in new ways hold incredible promise for all kinds of products.”
Founded in 2017, Arris Composites enables the mass-production of high-strength and light-weight composite parts through its proprietary Additive Molding manufacturing technology. With this new process, advanced carbon fibre materials can be produced at the same speed as plastic molded products. To unlock the potential for customers, Arris has developed unique tools for in-house design collaboration and application engineering teams. Now customers can design and produce previously impossible products that are highly integrated and stronger and lighter than metals.
Arris Composites’ technology has wide applications across multiple markets where new product designs and architectures are now possible. Customers in consumer, automotive, industrial, aerospace, and transportation industries are advancing programmes to take advantage of the revolutionary capabilities to make products lighter, stronger and smarter. Industrial and automotive applications seek corrosion-proof, high-strength and durable glass fibre and carbon fibre structures. And top consumer and sporting goods brands are seeking new commercial advantages by elevating product performance and differentiation.
The fastest-growing market for Arris Composites is consumer electronics, where next-gen devices are being designed to be lighter, smaller and smarter. With a short product refresh cycle and fast pace of innovation, a portable electronic device is likely to be the first Arris manufactured product available to the public.
“When NEA introduced us to Taiwania Capital it was clear they had deep manufacturing expertise, as well as a track record scaling up new high-volume consumer electronics technologies,” said Ethan Escowitz, CEO and founder of Arris Composites. “The alignment of our organisations was immediately evident and I knew they were an ideal partner to assist in scaling-up production for our consumer electronics customers.”
“What made Arris Composites appealing to us is their ability to make consumer electronics products that were simply not possible with previous manufacturing technologies,” said Huang Lee, managing partner at Taiwania Capital and Arris Composites board member. “Despite major advances in the electronics within portable devices, the structures have not changed very much, until Arris.”
Composites have a history of major reductions in fuel consumption due to their light weight. However, recyclability has been a problem. Arris Composites employs a new generation of recyclable composites and has developed a novel method of designing products so that the waste stream from today’s products becomes the feedstock for future products.