Mantis Robotics Achieves Safety Certification for Fenceless, High-Speed Industrial Robot

Why It Matters

The certification removes the traditional safety‑speed trade‑off, unlocking rapid, collaborative automation in environments where humans and robots coexist. This accelerates adoption of AI‑driven robots across manufacturing and logistics, driving productivity gains.

Key Takeaways

• MR-1 first fenceless robot certified ISO 10218/13849.
• 47 safety functions, PL=d, surpasses typical cobots.
• 5 kg payload, 10 m/s speed, 900 mm reach.
• Physical AI enables real‑time proximity detection, speed adjustment.
• Code‑free deployment with digital twin accelerates integration.

Pulse Analysis

The industrial robotics market has long wrestled with a safety‑speed paradox: faster robots increase throughput but demand cages or light‑curtains to protect workers. By achieving ISO 10218‑1 and ISO 13849‑1 certification without any physical fencing, Mantis Robotics demonstrates that advanced safety architectures can coexist with high‑velocity motion. This breakthrough signals a shift from legacy collaborative robots, which typically cap speeds to meet safety standards, toward a new class of machines that can match human‑level agility while maintaining rigorous functional safety.

At the heart of the MR‑1 is Mantis’ proprietary physical AI, a suite of 47 safety functions that continuously monitor the robot’s surroundings using range‑based object detection (the STAR system). Each function is validated to Performance Level d, the industry benchmark for reliable safety performance. The system’s ability to autonomously modulate speed and trajectory in real time eliminates the need for external safety hardware, simplifying integration and reducing total cost of ownership. Coupled with a code‑free deployment environment and a 3‑D digital twin, the MR‑1 offers rapid commissioning and precise simulation of real‑world scenarios, further de‑risking automation projects.

For manufacturers and logistics providers, the implications are immediate. Fenceless operation frees floor space, lowers installation complexity, and enables robots to work side‑by‑side with human operators on dynamic tasks such as picking, sorting, and assembly. As AI‑driven robots and even humanoid platforms move beyond isolated cells, the safety foundation laid by Mantis positions the MR‑1 as a scalable solution for the next wave of smart factories. Companies that adopt this technology can expect higher throughput, improved ROI, and a competitive edge in an increasingly automated supply chain.