Founded in 2018 by a team of pioneers looking at defining the new design and manufacturing standard. We help mobility OEMs reach climate neutral products by introducing the new design & manufacturing standard for strong parts at lowest weight, lower cost and zero waste.
We understand the complexities of composite materials and the limitations of manual processes in manufacturing of continuous fibre composites. To simplify this, we set out to provide an all-in-one solution to support our customers radically ramp up their composites series production by turning their ideas into series production cases within months - not years.
Our team at 9T Labs shares the greatest standards in terms of their technical knowledge, as well as their team spirit and dedication. Discover what excites them the most about working at 9T Labs by reading a few of our 9T Labs voices below.
We bring revolutionary ideas to life through genuine planning & relentless execution.
We always care for each other and for the company’s success.
We lead with optimism and action, even in tough times.
We challenge comfort to continuously learn, grow and develop.
9T Labs’ technology will manufacture the structures that make society’s most audacious goals possible.
LEARN MOREfibrify® Design Suite enables the user to quickly define the fibre designs and 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 Build module is an open material platform allowing material deposition through two filament guides to place thermoplastic filaments (e.g. PA11, PA12, PPS, PEKK and PEEK) alongside continuous fiber-reinforced filaments (e.g. carbon, glass, basalt).
The Fusion Module uses a metal mold to consolidate the printed preforms, resulting in a reproducible, low-porosity, dense and strong final composite piece. The process also allows multiple sub-parts to be assembled and fused into one part with a complex deposition of thermoplastic filament as well as reshaping the printed preforms.
