Company: OTSA
Filing Date: 2025-07-07
Form Type: F-1/A
Source: 0001213900-25-061733
Chunk: 179

Company: OTSAW Ltd
Filing Date: 2025-07-07
Form: F-1/A
Chunk 179
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CLED technology within an AMR: the O -RX. This combination is a powerful tool to combat the spread of COVID -19and other pathogens. Leveraging on our highly scalable software and hardware platforms, the development of the O -RX, from conceptualization, design, materials procurement, prototype testing to certification, was completed in eight weeks. We successfully launched the final model of O -RXin June, 2020, three months after the World Health Organization (“WHO”) declared COVID -19a global pandemic. As the testament to its high safety standards and product quality, the O -RXhas undergone rigorous testing under various conditions and has been certified by TÜV SÜD, an internationally -accreditedvehicular inspection and product certification services company. O -RXis a fully autonomous disinfection UV -CLED robot. It combines our UV -CLED technology and robotics technologies to allow the disinfecting process to be fully autonomous, mobile, and safe, thereby achieving a higher disinfection efficiency as compared to conventional methods and reducing the dependence on human resources. O -RXcan autonomously navigate and disinfect up to approximately 2,500 square feet per hour. Integrated with our UV -CLED technology, O -RXhas been lab -testedand certified against the live human Coronavirus specimen and other pathogens, where it achieved a disinfection efficacy of 99.9% within 5 minutes at an 8 -feetdistance. Powered by its lift integration technology, O -RXis able to travel between multiple floors via elevator for maximum coverage. It operates on rechargeable batteries with 5 hours of run time and a 5 hour charging time and it can autonomously dock and recharge. In addition to the autonomous navigation and obstacle avoidance capabilities of our AMRs, the O -RXis equipped with camera -basedvisual analytics for human proximity detection. Although exposure to UV -CLED lights from artificial sources is unlikely to present an acute or long -termhazard to human skin and exposure within a 2.5 -meterrange in under five minutes have proven to be safe for human skin, exposure is likely to cause acute photokeratitis, or “snow blindness”. 2Therefore, upon human detection, the UV -CLED lights on the O -RXwill be automatically disabled to maintain a high degree of safety. The O -RXcan be operated remotely via Otsaw’s Field Management Software to schedule for autonomous disinfection, docking and charging, and to provide a live video feed for monitoring and