Lightweight parts
At Artemis Composites we use robust, automated processes to reduce the impact of transport with lightweight, structural composite parts. Our sustainable and digitally-integrated process leads to reduced waste and cost while producing repeatable, high-performance products.
Technology overview
Smart solutions,
proven processes
We have drawn on decades of innovation to produce a scalable, industrial manufacturing system. Combining three established composite processes with state-of-the-art digital automation, our solution is cost-effective and sustainable.
Customer benefits
Artemis Composites can help you to achieve your goals by offering you tangible benefits over state-of-the-art structural materials.
Cost competitive
1%
cheaper vs existing composites due to automation, scrap reduction and use of direct raw materials
Reduced emission
1%
less impact vs existing composite part, and designed for circularity
Scalable
1%
repeatable automated process with digital tracking and <1 min takt time
Lighter
1%
lighter than aluminium, optimised with load path oriented fibres
Products
Process and
materials
Our unique Crossfelt technology enables three robust, automated processes to work together with full digital simulation and tracking. The result is a unique and reliable production line offering economic and technical performance to produce high quality structural composite parts at high rate.
Applications
Proven solutions for the aerospace and automotive industries
Aeronautics: lighter structures, greater strength, compliance with strict standards. Automotive: Weight reduction, flexible design, large-scale production.
About Artemis composites
Automated composite processing for sustainable lightweight solutions
Artemis Composites is a French cleantech company that designs and produces sustainable, lightweight solutions using its proprietary automated composite process. These high-performance structural composites are designed to reduce environmental impact across a wide range of applications, particularly in automotive and aerospace.
