Robotic systems operate with dynamic movements, high forces, and increasingly close human interaction. TÜV Rheinland supports manufacturers and integrators with structured risk assessments, validation of safety functions, and evaluation of safety-related control systems in line with applicable standards such as (EN) ISO 10218, EN / IEC 62061, and (EN) ISO 13849. This supports safe deployment of both traditional industrial robots and collaborative robotic applications.

Robots are rarely standalone systems. They are integrated into automated cells, production lines, and digitally networked manufacturing environments. TÜV Rheinland supports the assessment of safeguarding concepts, system interfaces, and safety architectures to identify integration risks early. This structured approach supports stable operation and reduces the likelihood of costly redesigns during commissioning.

Robotic systems are deployed worldwide and must align with regional regulatory and technical requirements. TÜV Rheinland combines international project experience with local expertise to support conformity assessments, technical documentation review, and market-specific requirements. Independent validation contributes to reliable market access and consistent safety standards across borders.

Robotics evolves rapidly, driven by AI-based motion control, advanced sensors, and increasing digital connectivity. TÜV Rheinland supports manufacturers and operators in evaluating new technologies within existing safety and regulatory frameworks. This helps manage technical risks while enabling innovation in automated and collaborative manufacturing systems.