It is an affirmation that Roborn is selected to represent Hong Kong’ innovation and technology development in the news of CCTV Xinwen Lianbo around the big day of the 25th anniversary of Hong Kong’s return to the motherland.
Roborn believes that through the regional synergy and Greater Bay Area cooperation, the solutions from our research and development projects can really be reached and make a great impact all over China and to the world, highlighting Hong Kong’s basic research and development technologies and demonstrating the strength of our country.
Roborn now is developing and providing many practical solutions with an impact on everyday life. Roborn is dedicated to playing its part in Hong Kong’s development as an international innovation and technology hub.
Products by Roborn at the Green Hall include Roborn 5G Indoor Environmental Quality (IEQ) Robot. This 5G-compatible robot is specially designed for indoor environmental quality improvement. It increases efficiency and effectiveness of IEQ data collection and centralization, saving time and manpower, to help better improve indoor environment for public health and work productivity.
Under the protection of intellectual property rights, Roborn is committed to the research and development of robotics technologies and solutions, and has obtained many related patents along the journey. Besides the 5G compatible motion control humanoid robots, Roborn is also developing various robots and solutions for epidemic prevention, hoping to make human life better.
Roborn co-founder Mark Mak introduced to China News Roborn’s recent development of a 5G robot called Freedom that can assist doctors in remote diagnosis. Mark told the reporter that the ordinary video conference system cannot meet the requirement of medical observation and have limitation of time delay. Therefore, Roborn made use of the low-latency characteristics of 5G to develop this robot that can instantly transmit 4k high-definition image to the back-end, to assist doctors in making remote diagnosis by providing real-time clear images or footage of patient.