Human-robot collaboration safety at its core. Starting from product safety and extending to AI and intelligent behavior — we cover industrial robots, collaborative robots, and the emerging frontier of humanoid robot safety.
Robot safety is evolving from traditional industrial fencing to human-robot coexistence, and now to AI-driven autonomous behavior safety. Each step requires its own standards framework.
ISO 10218 series defines baseline safety requirements for industrial robots. IEC 61508 / ISO 13849 provide the functional safety design framework.
ISO/TS 15066 defines force/pressure limits and safety design methods for collaborative robots — ensuring humans and robots can coexist safely.
ISO PAS 8800 addresses AI-driven autonomous systems, defining safety verification methods for learning-based behaviors — the frontier of humanoid robot safety.
From traditional industrial robots to humanoid robots — the safety standards landscape is evolving rapidly
Safety standard for industrial robots and robot systems. Part 1 covers the robot itself, Part 2 covers system integration — defining safeguarding measures and risk assessment methods.
Safety specification for collaborative robot systems. Defines four collaboration modes (safety-rated stop, hand guiding, speed separation, power/force limiting) and biomechanical limits.
General functional safety and machinery safety control standards. Define SIL and PL levels, providing the framework for safety-related control system design and verification.
Safety standard for AI/ML systems. Defines lifecycle activities for training data, model validation, and operational monitoring — applicable to autonomous decision-making systems.
Whether you're a robot manufacturer or system integrator, we help you build a comprehensive safety compliance framework spanning product safety, collaborative safety, and AI safety.