From 3D Perception to Autonomous Robotic Execution
Neuronaix develops a software platform combining 3D vision, learning from demonstration, and trajectory planning to automate industrial manipulation operations.
How It Works
3D Perception
3D workspace reconstruction using stereo depth cameras. No CAD required.
Learning
The operator performs the task. Trajectory and 3D data captured in under 20 minutes.
Trajectory
Optimal path computation with dynamic obstacle avoidance.
Execution
The robot reproduces the task with real-time adaptation to parts.
Technical Specifications
CAD-Free Operation
The system operates directly from real-world 3D scan data. No prior digital model is required.
On-Site Data Acquisition
Instrumented tools capture motion and 3D data directly on the production line, with no dedicated infrastructure required.
3D Vision Quality Control
3D scanning combined with detection algorithms enables anomaly identification, dimensional measurement, and automated visual inspection.
Multi-Brand Compatibility
The solution interfaces with all major industrial robot and gripper brands.
Edge Processing
All processing runs locally, with no cloud dependency. Data sovereignty and low latency by design.
Broad Application Range
Handling, sanding, polishing, spraying, cutting, screwing, crimping — one software platform for multiple industrial processes.
Two Deployment Modes
Depending on your integration requirements, two configurations are available.
Integrated Solution
Neuronaix delivers a fully configured robotic cell — hardware, software, and commissioning. Ready for deployment on your production line.
Turnkey
SDK for Integrators
Neuronaix provides its vision and planning software modules as a development toolkit. Includes APIs, technical documentation, and dedicated support.
Developer Kit
Evaluate Our Solution
Let us discuss your automation requirements and the productivity gains our technology can deliver to your production line.