9T Labs offers an integrated solution allowing you to produce exoskeleton and robotics components out of continuous fiber composites in small to high volumes with competitive costs.
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Additive Fusion Technology - Changing the game of producing exoskeletons and robotics parts
Context: challenges in the manufacturing and the performance for structural articulated parts in exoskeletons and humanoid robots. Opportunities for new advanced manufacturing technologies
Overview of the Additive Fusion Technology (AFT) as one integrated solution to produce continuous fiber composites for structural metal part substitution
Application specific advantages in using AFT to manufacture parts for exoskeleton & humanoid robots
We will start with an observation about the current challenges in both the manufacturing as well as the performances of current structural parts for exoskeletons & humanoid robots. Based on this, we will investigate the potential of tapping into advanced manufacturing solutions to overcome some of these challenges. We will illustrate this by showing how one of these advanced manufacturing solutions, the Additive Fusion Technology, brings added value in substituting structural metal components with continuous fiber composites.
Yannick Willemin, Head of Marketing and Business Development. He has extensive experience in the composite and advanced materials industry. He holds a degree in mechanical engineering and an MBA.
Andrea Borlenghi, Sales Manager and country manager for the Italian and Scandinavian regions at 9T Labs. He has worked on projects related to exoskeleton and robotics and holds a Master in International Management.