Safetics

Safetics Inc., a South Korean company founded in 2020, operates at the intersection of robotics and workplace safety, providing specialized safety solutions for industrial collaborative robots, often called "cobots". The company was established as a spin-off from the Korea Testing Laboratory (KTL), a prominent national testing and certification body. This foundation provides Safetics with a deep-seated expertise in safety standards and certification processes, a crucial asset in the highly regulated field of industrial automation. The company secured seed funding in June 2022 from NAVER D2 Startup Factory, an investment arm of the South Korean technology giant.

The core of Safetics' business is its software-based "safety intelligence" technology, which enables companies to deploy robots in close proximity to human workers without the need for physical safety fences. This is achieved through a suite of products, including the web-based 'SafetyDesigner' software and professional online consulting services. The technology works by creating a detailed 3D simulation of the robot's workspace and predicting potential collision scenarios. It mathematically analyzes the robot's structure and dynamics to calculate the force and pressure of any potential impact, ensuring it remains within the safe limits defined by international standards like ISO 10218 and ISO/TS 15066. This allows companies to optimize the robot's speed and movement for maximum productivity while guaranteeing worker safety.

Safetics targets industrial clients who are integrating or scaling up the use of collaborative robots in their manufacturing and logistics processes. By eliminating the physical footprint and cost of safety caging, the company's solutions enable more flexible and efficient factory layouts. The business model appears to be centered on its software and service offerings, providing clients with tools for collision risk analysis, risk assessment reports, and consulting to achieve safety certifications for their robotic installations. This approach not only enhances safety but also helps clients navigate the complex regulatory landscape of robot deployment, ultimately aiming to increase the adoption and efficiency of human-robot collaboration in industry.

Keywords: robot safety, collaborative robots, cobots, industrial automation, safety intelligence, collision avoidance, risk assessment software, human-robot interaction, ISO 10218, ISO/TS 15066, factory automation, safety certification, manufacturing technology, robotics software, workplace safety, fence-less robots, Korea Testing Laboratory, KTL, NAVER D2 Startup Factory, machine tending, safety analysis, SafetyDesigner