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, thanks to our patented Crossfelt® Technology. Combining 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 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.
