Biomimetic muscle
Push4m technology offers integrators and manufacturers a new component to produce even more efficient and safer cobots.
The portrait page in the Biomim'BOOK 2021
Contact:
Presentation at Biomim'expo 2019:
The Alveolar Density Variation Structures, inspired by living organisms, make it possible to save material, thus weight, CO2, waste, etc.
MODULATIO' has formed partnerships with industrialists in all sectors to help them develop frugal solutions (in terms of raw materials, energy, CO2, weight, waste, etc.), inspired by a strategy that has been developed by living organisms for millions of years: Density Varying Alveolar Structures.
Whether in the aeronautical, medical, electronic, automotive and other fields, the Modulatio' process has many industrial applications: lightening of critical parts, optimisation of mechanical strength, saving of expensive materials, assembly of dissimilar materials, thermal dissipation, vibration absorption, dissipation of kinetic energy...and more to come.
The portrait page in the Biomim'BOOK 2021 :
Contact:
Romuald VIGIER, Director General.
06 25 54 33 08
"Dassault Systèmes provides companies and people with 3DEXPERIENCE universes that enable them to imagine sustainable innovations that harmonize products, nature and life "
Bernard Charlès
Vice-Chairman of the Board of Directors, Director General
At Dassault Systèmes, our mission is to empower companies and individuals to harmonize product, nature and life. This requirement is at the heart of our business. Through the creation of the 3DEXPERIENCE Lab, innovators from around the world are invited to join us on this mission. By combining the dream of entrepreneurs with the innovation experience of Dassault Systèmes across all industry sectors, we have a unique opportunity to take a different look at the world and work together to transform it. That's why we focus on a wide range of projects aimed at creating new experiences that positively affect society.
The positioning and services of the 3DEXPERIENCE Labs are unique in that they provide accelerated start-ups with access to an extensive Dassault Systèmes ecosystem on a global scale.
Contact:
Géraldine GANDVEAU
3DExperienceLabMarketing & Communication Manager
SOLUTIONS FOR THE RESTORATION AND DEVELOPMENT OF MARINE BIODIVERSITY
Reconciling human activities and the preservation of marine ecosystems.
Coastal development and overexploitation of fisheries resources have upset the balance of marine ecosystems.
The environmental consequences are numerous and sometimes irreversible:
Climate change is making these already fragile environments even more vulnerable and the challenge of a more harmonious cohabitation of man and the sea is more relevant than ever.
Seaboost contributes to meeting this challenge by innovating every day in order to deploy concrete and operational solutions to reconcile human activities and marine biodiversity.
Other videos on the channel Seaboost Youtube
The portrait page in the Biomim'BOOK 2021 :
Seaboost's participation in the exhibition "Ocean, an unusual dive at National Museum of Natural History in Paris.
Contacts :
Martin Perrot, COO, martin.perrot@seaboost.fr
Julien Dalle, Project Manager in ecological engineering, Julien.DALLE@seaboost.fr
Matthieu Lapinski, Marine biologist - Aquatic ecological engineering and artificial reefs Matthieu.LAPINSKI@seaboost.fr
AddUp offers its customers industrial metal 3D printing solutions around a global offer organised in 3 poles:
Already recognized in the field of industrial additive manufacturing through the two founding companies Fives and Michelin, AddUp's offer is distinguished by its industrial approach adapted to the projects of each client.
The portrait page in the Biomim'BOOK 2019 :
Contact:
Jean-Luc Laval, jean-luc.laval@addupsolutions.com
Concerned about human mobility, EXONEO aims to improve the response to disability in developing countries through a variety of anatomical* solutions.
To do this, our team of biomechanical engineers is inspired by human anatomy to recreate solutions that relieve a deficient joint or replace a missing limb. The analysis of human movement allows us to design products that function as closely as possible to a natural limb.
Exoneo has already designed two initial products based on biomimicry: a polyarticulated foot prosthesis and an energy-returning knee orthosis.
* Derived from biomimicry and applied to anatomy, anatomimicry is a technique based on the study of the different structures of a living being in order to reproduce them in mechanics.
Youtube
Contacts:
Constance, Souillat, Communications Officer, constance@exoneo.eu
Guillaume Moguez, Founder & CEO, guillaume@exoneo.eu
English (UK) 
Français