Robotics R&D and consulting.
From concept to deployment.
AMRs, perception, Social robots, industrialisation, emerging technologies and obviously AI.
Based in France - working worldwide
Exo-Foundry helps companies design and deliver advanced robotic systems, from concept and architecture to prototypes and deployment on the factory floor. Our focus covers mobile robots (AMR), embedded electronics, software, perception, and system integration into existing workflows.
Need to scope a project, de-risk a technology choice, or accelerate your roadmap? We can support you as a hands-on engineering team, technical lead, or advisor alongside your staff.
// definition
Exo-Foundry · \ɛksəʊ-'faʊn.dɹi\ · noun
From Greek ἔξω (exō, 'external') + French fonderie (Latin fundere, 'to melt/cast')
From first sketch to factory floor, we cover the full stack of designing, building, and deploying robots.
End-to-end design of autonomous mobile robots (mechanics, electronics, and software) engineered to hit European safety and compliance standards from day one.
LiDAR, SLAM, camera pipelines and machine learning models tuned for real-world robotic environments, not just lab demos.
ROS/ROS2, real-time and custom operating systems, firmware through fleet management
built to run in production.
CAD, PCB design, and manufacturing oversight, from first prototype to a line-ready product.
Automated test benches and quality processes built for regulated, safety-critical industries.
Hands-on technical leadership, client management, and delivery discipline that keeps ambitious robotics programs on track.
A few examples of past projects illustrating the kind of robotics programs we take on.
Design and deployment of a fleet of autonomous mobile robots for factory-floor logistics, including embedded safety systems compliant with European human-robot collaboration standards.
Integration of social robots into public spaces (transit hubs, retail, corporate reception), combining perception, ML-based interaction models, and on-site rollout.
Electronic and software test bench design for safety-critical industries (railway, nuclear), from PCB and CPLD design to automated test software.
Our in-house additive manufacturing lab used for our robotics projects, available as a standalone service.
We cover the whole process, one team and one workflow from CAD to finished part, with no handoffs between designer, slicer operator and print shop.
CAD built around additive manufacturing from the first sketch: print orientation, wall thickness, overhangs, tolerances, and assemblies split to fit the build plate.
The right material for the job, chosen against mechanical load, temperature, chemical and UV exposure.
Layer height, infill, supports and toolpaths tuned part by part, so strength and surface quality go where they matter.
Production with mechanical parts embedded in the print (threaded inserts, nuts, magnets, bearings), then post-processing and fit checks. Delivered ready to be mounted on your machine, robot or production line.
// max build volume
420 × 420 × 420 mm
Big parts don't have to be split, glued and apologised for. Housings, chassis, fixtures and enclosures can come out in one piece, from a single prototype to a small series.
If you’d like to discuss opportunities or case studies relevant to your industry,
feel free to reach out.