NM3D showcases autonomous metrology and robotics at I4.0 EXPO 2026

The integration of metrology and autonomous robotics has gained ground on production lines that require real-time dimensional control. Robotic cells equipped with 3D scanners or measurement arms enable inspection of components without interrupting manufacturing flows, reducing cycle times and increasing traceability.

Humanoid robotics, in turn, represents an emerging area in human-machine collaboration. Robots with anthropomorphic movement capability can perform handling, visual inspection and assembly tasks in shared environments, complementing operators in complex or ergonomically unfavorable processes.

Industrial additive manufacturing continues to expand beyond rapid prototyping. Series production applications, forming tools, replacement parts and customized components benefit from 3D printing technologies in metal and polymer, especially when combined with inspection systems that validate geometries and mechanical properties.

NM3D will bring to I4.0 EXPO representative equipment from the three strands: autonomous metrology integrated into robotic cells, collaborative and humanoid robotics platforms, and 3D printing systems for industrial applications.

In the metrology area, visitors will be able to learn about portable and optical measurement solutions that integrate into automated environments. 3D laser scanners mounted on robotic arms or mobile supports enable inspection of large volumes or complex geometries, returning dimensional data in real time to the production control system.

Humanoid robotics will be demonstrated with a focus on handling and inspection tasks. These systems combine vision sensors, navigation algorithms and the ability to interact safely with operators, fitting environments where flexibility and rapid adaptation to new processes are critical.

In the field of additive manufacturing, NM3D will present metal and polymer printing technologies, highlighting applications ranging from functional components to production tooling. The combination of additive manufacturing and in-line metrological control ensures that produced parts meet tight tolerances, an essential requirement in sectors such as aerospace, tooling and medical devices.

Autonomous metrology addresses needs in sectors where manual inspection is unviable or inefficient. Automotive assembly lines, production of aerospace components and manufacture of high-precision molds benefit from robotic cells that perform dimensional measurements without continuous human intervention.

Humanoid robotics finds application in warehouses, logistics centers and assembly lines that require flexibility. Tasks such as collaborative picking, visual inspection of finishes and transport of light components can be delegated to humanoid robots, freeing operators for higher-value functions.

Industrial additive manufacturing applies to functional prototyping, short-run production and manufacture of custom replacement parts. Industries such as moulds, tooling, aerospace and medical devices use 3D printing to reduce lead times, eliminate stock and customize geometries without additional tooling costs.

The integration of autonomous metrology into robotic cells enables inspection of 100% of production without slowing the manufacturing pace. Collected data feeds statistical process control (SPC) systems, enabling immediate corrective adjustments and reducing material waste.

Humanoid robots offer superior adaptability compared to fixed Cartesian systems. The ability to reconfigure quickly and to operate in spaces shared with human operators facilitates the introduction of new products and the optimization of factory layouts without heavy investments in dedicated infrastructure.

Additive manufacturing reduces time-to-market for new components, eliminates minimum order requirements and enables creation of geometries not achievable by conventional processes. When combined with industrial computed tomography or 3D scanners inspection, it ensures full traceability from the CAD file to the validated part.

NM3D Ibérica supports metrological automation projects from concept phase through final integration. The technical team evaluates measurement requirements, proposes hardware and software configurations, and develops interfaces with PLM, ERP or MES systems already present in the client company.

For collaborative and humanoid robotics applications, NM3D offers hands-on demonstrations, technical feasibility studies and training for operators and maintenance technicians. Support includes task programming, sensor calibration and integration with standardized safety devices.

In the field of additive manufacturing, the company provides on-demand 3D printing services, consultancy on material and process selection, and technical training in operation, maintenance and post-processing. NM3D complements the offering with dimensional inspection and quality control solutions, closing the loop between manufacturing and validation.

Related content at NM3D: portable measurement solutions and 3D scanners; 3D printing technologies in metal; additive manufacturing systems in polymer.