You have a product in mind and want to work with us? Talk with our expert to find out how our solution can be of best use for you.
The strong and lightweight carbon composite material can be produced rapidly and reduces the void content to
Up to 80% weight and 50% cost savings in series production
Design and manufacture complex parts in no time
Print end-use parts overnight, at a fraction of the costs
Our patented software Fibrify® enables the user to quickly define the fiber designs and fully optimise them by directly exporting the composite parts to commercially available FEA simulation packages for verification of their structural ability.
Our industrial 3D printing solution allows unique designs manufactured with carbon composites. Our platform combines state of the art additive manufacturing equipment (Build Module) with advanced software (Fibrify®). This results in parts that are unique in fiber layup.
Besides advanced software and hardware, 9T Labs supports you with our application engineering team to jointly transform your series production ideas into production cases.
Print Volume - 350mm x 270mm x 250mm
Print at 400°C
Heated material storage 100°C to avoid moisture intake
Print high-performance composites
• up to 60% fiber volume content
Fibrify® Design Suite enables you to quickly define the fiber designs. You can fully optimise them by directly exporting the composite parts to commercially available FEA simulation packages for verification of their structural ability. Fibrify® Production lets you control, monitor and manage your equipment in real-time.
The proprietary 9T Labs’ technology allows the use of industry-standard materials. The current portfolio includes the PA12 and PEKK matrix options and is continuously expanding to always fulfill the up-to-date industry's needs.
For us, being technology leaders means accompanying you on your path to success by offering know-how at every level. Our training targets a wide range of users, from machine operators and application specialists to product managers, providing content that is always relevant to you.
We have substituted an existing aircraft part made of metal - and came up with a lighter, still extremely durable solution. It is made of additive manufactured industry-grade composite material using continuous carbon fiber and PEKK.
Combine 3D printing and metal molding to unleash the potential of cost-competitive manufacturing of carbon composites in high volumes.
High-performance composites are ideal for serial production of end-use parts. You can profit from an optimised design as well as substantial cost savings.