Company: OTSA
Filing Date: 2025-01-28
Form Type: DRS
Source: 0001213900-25-007614
Chunk: 111

Company: OTSAW Ltd
Filing Date: 2025-01-28
Form: DRS
Chunk 111
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 Post COVID-19: The COVID -19pandemic has significantly heightened global awareness of the importance of infection control, particularly within healthcare environments and other high -densitypublic spaces. Traditional manual disinfection methods, while effective, present various challenges, including labor intensity and potential exposure risks to pathogens. In contrast, disinfection robots offer a reliable and efficient alternative, providing consistent and comprehensive sanitation while minimizing human involvement and thereby reducing contamination risks. Through their high sanitation standards, disinfection robots allow facilities to uphold stringent infection control protocols, establishing them as essential components of modern infection prevention strategies. Consequently, the demand for disinfection robots continues to grow, with the post -pandemiclandscape underscoring the need for effective, automated disinfection solutions across multiple sectors. Technological Innovations: Recent advancements in disinfection technology, such as the adoption of UV -CLED light and sophisticated autonomous navigation, have significantly enhanced the effectiveness of disinfection robots. UV -CLED technology, with its 99.99% efficacy in eradicating bacteria, microbes, and viruses (including coronavirus) within a 2.5 -meterrange in under five minutes, has proven both energy -efficientand safe for human skin, offering a preferable alternative to traditional mercury -basedUV systems. Innovations in autonomous navigation and docking, alongside Fleet Management Control Systems, allow for seamless, reliable operation, including scheduling, monitoring, and control of multiple robots simultaneously. Additional features, such as obstacle avoidance, human -detectionsafety mechanisms, and real -timevideo monitoring, further optimize these systems for independent, efficient disinfection in dynamic environments. [18] Addressing Labor Shortages and Safety Concerns: The pandemic has intensified staffing shortages across various sectors, particularly within essential services. Healthcare workers have been significantly affected, with many experiencing burnout due to prolonged stress and demanding workloads. A survey conducted by the Kaiser Family Foundation and The Washington Postrevealed that nearly 30% of healthcare professionals contemplated leaving their jobs, and approximately 60% indicated that pandemic -relatedstress had negatively impacted their mental health. This widespread burnout not only raises concerns for workers’ well -beingbut also jeopardizes the quality of patient care and contributes to increased staff turnover. [19] Disinfection robots offer a viable solution by facilitating continuous, autonomous operation, thereby reducing dependence on human labor and minimizing the risk of exposure for cleaning staff. These robots enhance sanitation efforts while addressing critical safety concerns, enabling organizations to uphold high hygiene standards even amidst workforce challenges. Growing Need to Mitigate the