Production has been accelerated and it now takes less than a day to make one robot at their facility in Odense, Denmark's third largest city and home to a growing robotics hub.
Glowing like light sabres, eight bulbs emit concentrated UV-C ultraviolet light.
This destroys bacteria, viruses and other harmful microbes by damaging their DNA and RNA, so they can't multiply.
It's also hazardous to humans, so we wait outside. The job is done in 10-20 minutes. Afterwards there's a smell, much like burned hair.
The robot was launched in early 2019, following six years of collaboration between parent firm, Blue Ocean Robotics and Odense University Hospital where Prof Kolmos has overseen infection control.
Costing $67,000 (£53,370) each, the robot was designed to reduce the likelihood of hospital-acquired infections (HAIs) which can be costly to treat and cause loss of life.
Dr Lena Ciric, an associate professor at University College London and expert on molecular biology, agrees that UV disinfection robots can help fight coronavirus.
To be fully effective, UV needs to fall directly on a surface. If lightwaves are blocked by dirt or obstacles, such shadow areas won't be disinfected. Therefore manual cleaning is needed first.
The company has seen a surge in orders from Italy, Japan, Thailand and South Korea.
"There are not many good things to say about epidemics," says Professor Kolmus, but it has forced industry "to find new solutions".
Archived : https://web.archive.org/web/20200321012105/https://bitcointalk.org/index.php?topic=5234298.0Glowing like light sabres, eight bulbs emit concentrated UV-C ultraviolet light.
This destroys bacteria, viruses and other harmful microbes by damaging their DNA and RNA, so they can't multiply.
It's also hazardous to humans, so we wait outside. The job is done in 10-20 minutes. Afterwards there's a smell, much like burned hair.
The robot was launched in early 2019, following six years of collaboration between parent firm, Blue Ocean Robotics and Odense University Hospital where Prof Kolmos has overseen infection control.
Costing $67,000 (£53,370) each, the robot was designed to reduce the likelihood of hospital-acquired infections (HAIs) which can be costly to treat and cause loss of life.
Dr Lena Ciric, an associate professor at University College London and expert on molecular biology, agrees that UV disinfection robots can help fight coronavirus.
To be fully effective, UV needs to fall directly on a surface. If lightwaves are blocked by dirt or obstacles, such shadow areas won't be disinfected. Therefore manual cleaning is needed first.
The company has seen a surge in orders from Italy, Japan, Thailand and South Korea.
"There are not many good things to say about epidemics," says Professor Kolmus, but it has forced industry "to find new solutions".
Original Source : https://www.bbc.com/news/business-51914722
Actually, I am happy that someone took time to go through all my 600 posts 
Atleast I got better after June 2019
