0

Your cart

TOTAL excl.
TOTAL incl.
Pay

Wednesday, September 18, 2024

France 2030: 20 new winning projects for sovereign robotics of excellence

France 2030: 20 new winning projects for sovereign robotics of excellence
At SIDO in Lyon, the trade fair dedicated to the convergence of IoT, AI, XR and Robotics technologies, the Ministry of Economy, Finance, Industrial and Digital Sovereignty, the Ministry of Higher Education and Research, and the General Secretariat for Investment in charge of France 2030, present the 20 winning projects from the first two rounds of the call for projects "Offer of robots and intelligent machines of excellence".France is internationally recognized for its robotics research. It is ranked in the world's top 5 in terms of scientific publications. and displays a strong entrepreneurial dynamic in this area. 

In industry, new generation robots, more interactive and flexible, make it possible to combine performance, efficiency and agility of production lines, in a new collaborative dynamic. These new solutions are suitable for both large companies and very small, small, and medium-sized enterprises (VSEs, SMEs, and mid-sized companies), which are the driving force of our regions. Equipment manufacturers, integrators, and solution providers for the industry of the future are key players in developing the offering and accelerating its deployment. Aligned with the ambitions of France 2030, France launched a strategy dedicated to robotics and intelligent machines a year ago, aiming to address the challenges of four main objectives :

  • Strengthening our strategic autonomy on the major markets of energy and ecological transitions;
  • Reindustrializing through disruptive innovations (of processes, economic models and organizations);
  • Position France as a leader in emerging and high value-added robotics markets;
  • Contributing to the 10 objectives of France 2030, robotics being a technology of general interest.

Launched in July 2023 as part of France's 2030 robotics strategy, the call for projects "Offer of robots and intelligent machines of excellence" aims to foster the emergence and development of robotics companies for new industrial sectors of excellencecapable of vying for European or even global leadership in rapidly growing emerging markets or those disrupting consolidated markets. It must also enable strengthen our strategic autonomy in the major markets of energy and ecological transitions, particularly for critical sectors (infrastructure, nuclear, energy, water, communication, security, construction, logistics & transport).

This call for tenders is being made on behalf of the French government by Bpifrance. Three more rounds of funding are planned:

  • October 10, 2024 at 12:00 PM (noon, Paris time)
  • February 13, 2025 at 12:00 PM (noon, Paris time)
  • June 5, 2025 at 12:00 PM (noon, Paris time)



For the first wave of the program, Six projects and 16 winning organizations were selected for a total of €22.1 million in aid. For the second phase of the program, Fourteen projects and fifteen winning organizations were selected for a total of €26.4 million in aid. By becoming France 2030 laureates, these talented robotics and additive manufacturing companies will accelerate their development, increasing their revenues and workforce. The projects focus on significant innovations to conquer European and international markets. WAVE 1 WINNERS


3 collaborative projects (led by several entities):

MT Robotics – A collaborative project bringing together V.L.M (PE), Janus Engineering (PE), Naval Group, CETIM and Ecole Centrale de Nantes – The project aims to develop French manufacturing robotics for a European market, fostering a new industrial model for on-demand manufacturing of large parts. The project includes a boosted robotics platform for manufacturing and a hybrid robotic cell (Additive Manufacturing, Machining, Inspection, Safety & CSR). MASSIF – A collaborative project bringing together ADDUP (a Michelin-Fives joint venture), CETIM, Dassault Systèmes, Cailabs, ISP System, and Vistory. The project aims to overcome significant technological barriers to enable the scaling up of equipment needed for the additive manufacturing of large 3D printed parts, and to democratize this innovative technology at the industrial level. The machine developed will accelerate the shift towards more responsible consumption and production through topological optimization of products, while also serving a broader market of large-scale applications. VAD – Collaborative project between two SMEs in the drone sector, Delair and Skydrone The project aims to introduce major innovations, eagerly anticipated by stakeholders in the energy sector, with the objective of significantly reducing the costs, delays, and risks associated with energy transmission operations over overhead networks. This ambitious project to develop a specialized drone positions itself as a catalyst for change, contributing to the optimal management of renewable energies and strengthening the resilience of electrical infrastructure.


3 single-partner projects

YBE – powered by Awabot This project aims to revolutionize remote communication by defining the new benchmark in telepresence experiences. Through the unprecedented combination of telepresence and augmented reality, the remotely controllable youBEquity mobile avatar empowers users with cognitive abilities regarding their environment and remote interlocutors. For the first time, telepresence functionality is enhanced with superpowers of immersion, exploration, perception, localization, and interaction. SEANET4 – carried by IADYS (PE) – The project aims to enhance the autonomy, functionality, and intelligence of the Jellyfishbot robotic solution, transforming it into a fully turnkey solution for cleaning up industrial water bodies. It includes developing a new version of the robot with improved features and the ability to collect environmental data, creating a docking station to enhance its autonomy, implementing a robot management and data analysis platform, and establishing production in France to reduce reliance on non-European suppliers. CU – powered by PaintUp (PE) – PaintUP is industrializing the XL mobile robot, winner of the remediation robotics competition organized by EDF and Nuclear Valley. This equipment, manufactured in France, is capable of cleaning and mapping residual radioactivity and enabling the reuse of dismantled buildings. WINNERS OF WAVE 2 ARU ENERGIES – Nimble One (PE) ARU is being developed, a mobile robot with a disruptive polymorphic architecture and a wide range of movements. The goal of this project is to industrialize ARU and specialize it in the energy sector (nuclear, hydroelectric, etc.). EFF GEN 2 – Aisprid (PE) The project aims to develop a second-generation tomato defoliating robot that is more robust, precise, and reliable in its trajectories. It offers detailed recognition of the entire plant and its cutting capabilities, extends the robot's operating range (including nighttime work), and improves the solution's performance across different types and varieties of tomatoes. EIS3D – Kelenn Technologies (PE) The project aims to revolutionize the design and manufacturing of electronic functions by developing new additive and digital technologies for structural printed electronics, combined with robotics. This innovative approach will enable the direct deposit and interconnection of electronic components within and onto 3D structures. ENIREP2 – Lynxter (PE) The project aims to develop an elastomer additive manufacturing solution that meets industrial and medical expectations in terms of materials, software security and application specificities. FINRIP – FINRIP (PE) FINRIP has established itself as the leading French and European champion in multi-finger grippers. Founded on disruptive and sovereign technological innovation, FINRIP develops a range of standard and modular fingers and multi-finger grippers to meet the challenges of industrial gripping for robots and cobots. The 3-year project aims to accelerate the industrial deployment of the solution. FLYRENOV – Flying Green (ETI)The Flying Green project is committed to providing a flexible, efficient, and environmentally friendly solution for maintenance work, thus meeting the needs of the energy sector. Through its patented technology, it aims to clean wind turbine blades and towers using drones equipped with high-pressure jets and an ultra-precise positioning system. This approach guarantees optimal and regular cleaning of the equipment, reducing energy production losses. LUCAS40 is supported by the company LUCAS (ME) The project aims to develop a new range of robots with dimensions precisely tailored to end-user needs. This new offering will consist of modular multi-axis robots with payload capacities from 150kg to 3000kg, robot handles, control cabinets, and industry-specific software for applications in industrial sheet metal work, as well as other manufacturing processes such as plastic injection molding, additive manufacturing, machining, and welding. NATE – NIRYO (PE) The Nate project aims to develop an agile and widely accessible collaborative robotics solution that puts humans back at the heart of industrial processes. This approach seeks to enhance the value of operators' work by improving their working conditions through the automation of repetitive, low-value-added tasks that are sources of physical strain. NOVA 2027 – Generation Robots (PE) The objective of the project is the design and production in France of autonomous robots for the surveillance, security and safety of industrial sites. PRODEEGY – EXCEENIS (PE) The Prodeegy project aims to develop a robotic machine tool integrating artificial intelligence for production and reconditioning plants so that they can automate product checks, benefit from AI to diagnose quality and perform functional tests, at a lower cost, before putting (or putting back) products on the market. REACHY – Pollen Robotics (PE) This project aims to develop next-generation collaborative robots equipped with modern AI systems and meeting industry requirements. The major innovation lies in these robots' superior ability to adapt to human environments, switch between tasks, and move safely within a workspace. SMARTH – Semo (PE) Smart-H aims to design, industrialize and market intelligent machines implementing future processes for the competitive production of electronic products in France and Europe. SPAMR – ONERA and SHARK ROBOTICS (PE) The project involves developing an autonomous fire safety robot for the B2B market, particularly for parking lots and warehouses, with its own integrated water tank and autonomous operating capabilities. This robot aims to contain fires more quickly and enable firefighters to intervene more effectively and safely. TALOS – Elistair (PE) Talos is a fully automated, tethered drone "in a box" with "unlimited" autonomy, enabling surveillance and communication missions with unparalleled performance in terms of coverage area, flight time, and data intelligence, in both land and maritime environments. 

Press Contacts:Ministry of the Economy, Finance and Industrial and Digital Sovereignty – presse@numerique.gouv.fr Ministry of Higher Education and Research – presse-mesr@recherche.gouv.fr General Secretariat for Investment – presse.sgpi@pm.gouv.fr Bpifrance – presse@bpifrance.fr 

AboutFrom the France 2030 investment plan:

  • This reflects a dual ambition The goal is to sustainably transform key sectors of our economy (healthcare, energy, automotive, aerospace, and space) through technological innovation, and to position France not just as a player, but as a leader in the world of tomorrow. From fundamental research and the emergence of an idea to the production of a new product or service, France 2030 supports the entire innovation lifecycle, right up to its industrialization.
  • It is unprecedented in its scale €54 billion will be invested to ensure that our businesses, universities, and research institutions successfully complete their transitions in these strategic sectors. The goal is to enable them to respond competitively to the environmental and economic challenges of the coming world, and to foster the emergence of future leaders in our key sectors. France 2030 is defined by two cross-cutting objectives: to dedicate 50% of its spending to decarbonizing the economy, and 50% to emerging players driving innovation without environmentally harmful expenditures (in accordance with the Do No Significant Harm principle).
  • Is implemented collectively This initiative is conceived and implemented in consultation with economic, academic, local, and European stakeholders to determine its strategic directions and key actions. Project leaders are invited to submit their applications through open, rigorous, and selective procedures to benefit from state support.
  • It is managed by the General Secretariat for Investment on behalf of the Prime Minister and implemented by the Agency for Ecological Transition (ADEME), the National Research Agency (ANR), Bpifrance, and the Caisse des Dépôts et Consignations (CDC)

More information at: france2030.gouv.fr ¬ @SGPI_avenir Bpifrance Bpifrance finances businesses – at every stage of their development – through loans, guarantees, and equity investments. Bpifrance supports them in their innovation and international projects. Bpifrance also insures their export activity through a wide range of products. Consulting, training, networking, and acceleration programs for startups, SMEs, and mid-sized companies are also part of the services offered to entrepreneurs. Thanks to Bpifrance and its 50 regional offices, entrepreneurs benefit from a single, local, and efficient point of contact to help them meet their challenges. More information at: https://bpifrance.fr @BpifrancePresse