Use Additive Fusion Technology™ to easily design and manufacture small, structural components at scale. Freely customize parts with aerospace-qualified materials, and create lighter aircraft that consume less energy.
Most of current methods, software and hardware are geared toward metal manufacturing processes
Switching to composite materials requires to redesign parts to maximise part properties
Adapting processes for cost-effective, large-scale production of small, load-bearing parts.
.png)
With 9T Labs' AFT™, seamlessly design, prototype, and achieve high-volume production for your carbon fiber components in one integrated solution.
Use 9T Labs' fibrify® software and Build Module for automatic and precise layup of continuous carbon fibers to maximise the parts strength.
-min.jpg)
Consolidate the printed parts with our Fusion Module to achieve the highest part quality, performance, and consistency.
Lower your hinge's cost by 50% and shed up to 78% of its weight. Ensure all force application points and interfaces are reinforced according to the boundary and loading requirements.
Read more-min.jpg)
Achieve up to a 30% reduction in weight for all seat spreaders. Extensive validation criteria and stress tests confirm the successful compliance of front and side load cases.
Push the range and payload boundaries of your aircraft. Achieve up to 40% weight reduction from your drone and VTOLs brackets, while saving up to 50% of your production costs per part.
