Profile
Blue Ocean Robotics is a Danish robotics company founded in 2013 and headquartered in Odense, Denmark. It operates as the world’s first Robot Venture Factory, focusing on developing, producing, and commercializing professional service robots for various industries. The company creates new robot brands and solutions in close collaboration with investors, end-users, and partners, with a strong emphasis on solving real-world societal and industrial challenges in healthcare, hospitality, pharmaceutical, construction, and agriculture sectors. Blue Ocean Robotics has built a portfolio of successful robot brands and continues to expand through innovation and strategic partnerships.
The company does not focus on a single robot but instead develops and scales multiple specialized robot brands under its umbrella.
Key Robot-Based Products and Brands:
- UVD Robots: Award-winning autonomous UV-C disinfection robots designed to combat hospital-acquired infections. These mobile robots use powerful UV-C light to disinfect surfaces in hospitals, cleanrooms, and other facilities. The UVD Robot Pharma variant is specifically engineered for pharmaceutical cleanroom environments.
- GoBe Robots: Mobile telepresence robots that enable remote communication, social inclusion, and virtual presence. They are used for corporate meetings, education, healthcare consultations, museum tours, and more, helping reduce CO₂ emissions by minimizing physical travel.
- PTR Robots: Specialized mobile robots for safe patient transfer and rehabilitation. These robots improve patient safety, reduce physical strain on healthcare workers, and allow earlier rehabilitation, potentially shortening hospital stays.
Blue Ocean Robotics emphasizes user-centric design, reliability, and commercial scalability. The company continues to develop new robot concepts and supports its portfolio brands with sales, service, and ongoing innovation. It positions itself as a key player in the professional service robotics market, helping organizations address labor shortages, safety concerns, and efficiency challenges through robotics.
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