Reports
Reports
The disinfection robots market is gaining momentum as healthcare and public sector entities are looking for efficient and consistent infection control solutions. These robots have been designed to autonomously or semi-autonomously disinfect environments that utilize technologies such as UV-C light, hydrogen peroxide vapor, and high intensity pulsed light.
Automating the sanitation process means less exposure for human beings to pathogens, and a much higher level of consistency and reliability in the disinfection process.
The pandemic hastened the adoption of disinfection robots, but their use has included not only hospitals, but also airports, schools, commercial areas, and public transport across the globe.
The use of disinfection robots is increasing in advanced navigation systems, sensors, and artificial intelligence algorithms that can scan, map, and disinfect high-touch surfaces.
The rise in Hospital acquired infections (HAIs), global outbreaks of infectious diseases, and knowledge of hygiene standards have helped propel this market. In addition, the labor shortage and wage increases in the cleaning sector provides a useful motivation for monitoring robots as an alternative to cleaning.
The risk of disease/microorganism transmission in a socially-distanced world has caused demand for standardized, scalable, and contactless disinfection in all sectors economies, which puts disinfection robots in a leading position for healthcare and non-healthcare futures.
An important driver to the disinfection robot market is the growing need for targeted and effective disinfection in high-risk environments. Conventional cleaning processes lead to human error and inconsistencies, and often, areas where cleaning needs to take place are missed altogether; this is an issue especially when we think of wide systems like hospitals, shopping malls, and airports.
Disinfection robots eliminate the risk of human error and inconsistency by automating the disinfection process to expose and disinfect all high touch points and high risk areas throughout a facility.
In healthcare in particular, the rising threat of vexatious hospital-acquired infections (HAI) has enticed individuals toward a) employing disinfection robots into the OR and ICU, b) using disinfectant robots in recovery/patient areas, and c) introducing disinfection robots to ensure the quick and thorough disinfecting of high touch points, high risk areas by which HAI can be translocated.
Disinfection robots can emit UV-C light that eradicate bacteria, viruses, and spores at a rate of as high as 99.99%. Disinfection robots are better suited for disinfection than manual cleaning as they are faster and more uniform, which reduces patient exposure risk, and can reduce length of patient stay, and thus decrease treatment costs.
Beyond healthcare, industries including hospitality, education, and transport have likewise begun to utilize disinfection robots in their curriculums, to restore consumer faith and achieve health regulations.
The directive of infection control and regulatory compliance to fighting COVID-19 have driven the progression of these robots for the safe, effective, and continuous pattern of infection prevention, and rapid, repeatable, automated, and effective disinfection procedures are increasingly sought after across industries.
The technological advances of robotics and automation have extended both - usage and effectiveness of disinfection robots. Robots are evolved from simple mobile platforms to completely autonomous intelligent systems that include AI, mapping, and navigation and decision-making capabilities.
They can employ machine learning as well as an assortment of sensors and LiDAR navigation to identify and target areas that need additional attention and re-route paths to disinfect.
The newer generation of robots also includes smart technologies that enable remote monitoring, automated scheduling, and performance reporting, all of which helps maintain clean, sanitary spaces with minimal human intervention. The post-COVID reality makes these robots more valuable, relevant, and socially responsible as they eliminate or reduce dependency on direct or indirect labor and cut downtime related to cleaning.
An important development is the safety features that allow these robots to safely navigate spaces occupied by people. For example, if the robot is using UV-C light and it detects a person nearby via built-in motion sensors, the light will switch off; even after, the robot disinfection processing cycle would continue.
The continued compacting of robots make them easier to deploy in tight spaces or smaller environments, meaning that they can be deployed in a variety of service settings outside of large, high-traffic facilities.
The global disinfection robots industry is currently led by North America, with the United States at its epicenter for innovation, implementation, and commercialization. This is due to the level of infection control awareness, advanced infrastructure, along with high amounts of government and private capital investment in automation and robotics.
As the healthcare sector in the U.S. is under immense pressure to reduce hospital-acquired infection rates (HAIs), improve patient safety, satisfy consumers, and save costs; hospitals and clinics are increasingly focused on a high level of hygiene, which has led to the adoption of disinfection robots.
Given that these robots have proven to improve efficacy and high standards of care in the disinfection process, organizations are pursuing the use of automated processes, thereby improving turnaround time and reducing reliance on human labor.
To add to this advantage is that the U.S. is also home to many leading robotics manufacturers, medical devices firms, and research institutions working with advanced technologies for disinfection. Supporting regulatory policy and fast-track product approvals for infection control tools further support market adoption.
Outside of the healthcare sector, public transport systems and airports, hotels and the other chains operating in hospitality, along with educational institutions, are also using sustainability-focused disinfection robots to boost consumer confidence while still delivering on sanitation protocols that are being amended regularly.
NA
NA
NA
Copyright © Transparency Market Research, Inc. All Rights reserved
Trust Online
Disinfection Robots Market
