Disinfection Robots Market | Contrive Datum Insights

Market Overview:

Global Disinfection Robots Market size was valued at USD 714.78 Million in 2022 and is projected to reach USD 5746.84 Million by 2030, growing at a CAGR of 32.84% from 2022 to 2030.

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The cleaning robots market is the business that makes, sells, and uses robots that can clean in different places. Advanced technologies like ultraviolet (UV) light, hydrogen peroxide mist, or other disinfectant sprays are used by these robots to kill pathogens, bacteria, and viruses on surfaces and in the environment. Disinfection robots have gotten a lot of attention and use, especially in response to the global COVID-19 pandemic, because they are an efficient and effective way to reduce the risk of infections in public spaces, healthcare facilities, offices, airports, hotels, and other high-traffic areas. These robots can move through a place on their own, finding surfaces to clean and disinfecting them without human help or direct contact.

Some of the main things that are driving the growth of the disinfection robots market are the growing focus on cleanliness and safety, the need for better ways to stop infections, and the rising demand for automation and robots in many different industries. The pandemic and the need to implement effective disinfection measures have also sped up the market's growth. There are many kinds of disinfection robots on the market, such as mobile robots, UV disinfection robots that work on their own, disinfection systems that use drones, and robotic arms that can clean. Depending on the needs of the application and the environment, these robots use different technologies and ways to disinfect. On the market for disinfection robots, the main players are technology companies, robotics makers, and companies that offer healthcare solutions. These businesses put money into research and development to make disinfection robots more useful, safer, and better at what they do. They also work on agreements and collaborations to grow their market share and meet the growing demand.

Market Dynamics:

Drivers: Enhanced Infection Control
Compared to standard cleaning methods, disinfection robots are more effective at getting rid of germs. These robots have high-tech parts like UV-C light, hydrogen peroxide mist, or other sprays that kill germs. They can target and kill germs, bacteria, and viruses on surfaces, even in hard-to-reach places, making sure that the area is completely clean. This is especially important in places like hospitals, airports, schools, and public transportation where there are a lot of people walking around and the risk of getting sick is higher. By offering a more thorough and efficient way to clean, businesses can make their workplaces safer for workers, customers, and the public at large.

Labor efficiency and cost savings
Disinfection robots are made to do repetitive disinfection jobs on their own, so people don't have to do them by hand. With traditional cleaning methods, surfaces are usually cleaned and disinfected by hand, which can take a lot of time and work. By using cleaning robots, businesses can get a lot more done because they can put people to work on more important tasks. This saves money in the long run because it cuts down on labor costs. Also, disinfection robots can work nonstop without stops. This makes it possible to disinfect around the clock, which might not be possible with human labor alone.

Restraints: High Initial Costs
Disinfection robots often have high initial costs, which include the price of the robot itself, any tools it needs, and any infrastructure changes that may be needed. Also, groups may need to spend money on staff training and maintenance to make sure the robot works well and lasts a long time. Smaller businesses or schools with limited budgets may have to put other needs ahead of these costs or find it hard to make the case for the initial investment. So, the high starting costs of disinfection robots can make them less likely to be used, especially by organizations with limited funds

Limited Effectiveness on Certain Surfaces and Environments
Even though disinfection robots use advanced technology, they may not be able to successfully clean all surfaces or work in tough environments. For example, UV-C light-based robots may have trouble reaching and disinfecting areas with dark or curved surfaces, because the UV-C light needs to hit the surface directly for it to work. Also, it can be hard for some robots to get around in cluttered or complicated environments, like tight corners or narrow halls, which could cause them to miss things. Because of these problems, organizations may need to combine robot-based cleaning and disinfection with other cleaning and disinfection methods or human interventions to make sure that everything is clean.

Opportunities: Increased Demand for Autonomous and Contactless Disinfection
The COVID-19 pandemic has made people much more aware of how important cleanliness and disinfection are. Organizations in many fields, such as healthcare, hospitality, transportation, and retail, are putting a higher priority on making their workplaces safer for workers, customers, and visitors. Disinfection robots can clean things on their own and without touching them. This cuts down on the need for human help and reduces the risk of cross-contamination. Because these robots can move around and clean on their own, they are a good option, especially in high-traffic areas where cleaning by hand may take a long time or be hard to do consistently. There are more possibilities for disinfection robots to be used and grow as more people want safer places and need better ways to stop infections.

Innovation and Technological Advancements
The disinfection robot business keeps coming up with new ideas, using new technologies like sensors, artificial intelligence (AI), and machine learning (ML) to do so. Robots with advanced sensors can find their way around complicated environments, avoid obstacles, and cover large areas quickly. AI and ML algorithms can help robots make better decisions, so they can change to new situations, find the best ways to clean, and work more efficiently overall. New ways to clean, like using pulsed xenon UV light or other advanced disinfectants, have also been made possible by technological advances. These new ideas help cleaning robots get better and better over time, making them more useful, reliable, and effective. As technology keeps getting better, it makes it possible to make more advanced cleaning robots and opens up new markets and uses for them.

Major Segments Covered

By Type:

UV-Disinfection Robot
To clean surfaces, UV-disinfection robots use UV-C light, which is a short-wavelength ultraviolet light. UV-C light is germicidal, which means it can kill or stop the growth of germs like bacteria and viruses. UV-disinfection robots are often used in places like hospitals, labs, and public spaces where a high amount of disinfection is needed. These robots are made to move around the area on their own using sensors and mapping technology. They also send out UV-C light to clean surfaces. Most robots have safety measures that keep people from getting too much UV-C light. They can cover large spaces quickly and disinfect them in a consistent and even way without any help from a person. UV-disinfection robots are a way to clean without touching, and they can be a useful tool for lowering the risk of illnesses.

Hydrogen Peroxide Vaporization Robot (HPV)
Hydrogen peroxide vaporization robots, or HPV robots, use hydrogen peroxide smoke as a disinfectant. These robots spray the surroundings with a fine mist of hydrogen peroxide vapor, which kills pathogens on surfaces. HPV robots are often used in healthcare, especially in places that need to be thoroughly cleaned, like patient rooms, surgery rooms, and critical care units. The hydrogen peroxide mist gets into places that might be hard to reach by hand, making sure that everything is clean. HPV robots are made to spread the vapor evenly and move around the room on their own. They usually have sensors and mapping tools to help them find their way around and make the best use of the cleaning process. Hydrogen peroxide vapor is a fast and effective way to clean, which makes HPV robots useful tools for keeping a clean environment.

Others
Disinfection robots that use different technologies and ways to clean are in the "Others" category. To clean surfaces, these robots could use things like electrostatic washes or other chemical agents. Electrostatic sprays give disinfection particles a charge that makes them stick to surfaces and cover them well. Robots that use chemical agents might have cleaning solutions that are made to get rid of pathogens effectively. Most of the time, these robots are made for special uses or industries, so they can meet the disinfecting needs of those places. They may have features and functions that are designed to help them deal with specific problems in different settings.

By Technology
Fully Autonomous disinfectant Robots: Fully autonomous disinfectant robots are made to work on their own, without any help from a person. These robots are made with advanced technology that lets them move through settings, find surfaces, and do things like disinfect. They map and understand their surroundings with the help of sensors, cameras, and guidance systems. This lets them plan and carry out cleaning routes on their own, making sure that all of the targeted areas are covered. Fully autonomous disinfection robots can adapt to different environments, dodge obstacles, and work for long periods of time without any help from a person. They can use different ways to clean, like UV-C light, hydrogen peroxide vapor, or other disinfectant sprays, to get rid of pathogens and lower the risk of getting sick. By working on their own, these robots make cleaning processes more efficient and effective, reduce the need for human labor, and lower the risk of cross-contamination.

Semi-Autonomous Disinfection Robots: In order to work, semi-autonomous disinfection robots need some amount of human control or intervention. Most of the time, human operators guide or control these robots' moves from a distance. They often have high-tech features like sensors and the ability to clean themselves. Even though these robots can clean, they need help from humans to move around and make decisions. Human operators can control the robot's moves from a distance, send it to specific areas that need to be cleaned, watch the cleaning process, and make changes as needed. Semi-autonomous disinfection robots have a flexible and adaptable design that lets human workers change the disinfection process to meet specific needs and adapt to changing circumstances. They are especially useful in places with complicated plans or that need human supervision for safety. Even though semi-autonomous robots need human help, they still make disinfection processes more efficient and effective by using new technologies and lowering the amount of direct human labor.

By Application

Hospitals and Clinics
Because of the high risk of infections and cross-contamination in hospitals and clinics, disinfection robots are becoming more and more useful. These robots are made to clean and disinfect areas like patient rooms, operating rooms, waiting areas, and shared touchpoints quickly and effectively. Pathogens on surfaces are killed or stopped from spreading by using technologies like ultraviolet (UV) light, hydrogen peroxide mist, or electrostatic sprayers.

By using robots to clean, hospitals and clinics can cut the chance of healthcare-associated infections (HAIs) by a large amount. HAIs are illnesses that people get while they are getting medical care, and they can cause serious problems or even death in some cases. Disinfection robots are a dependable and consistent way to clean surfaces and get rid of pathogens. This makes it less likely that infections will spread from patients to healthcare workers.

Also, these robots can clean places that are hard to reach or have surfaces that are hard to clean by hand. They can move around on their own, avoiding barriers and adapting to their surroundings. This saves healthcare workers time and money. By using robots to clean, hospitals and clinics can improve hygiene standards, make patients safer, and make the setting healthier for both patients and healthcare workers.

Research Institutes
Controlled and clean environments are important for research and development at research institutes, such as pharmaceutical and biotech businesses. Contaminants can hurt the integrity of an experiment, make the results less reliable, and even cause expensive delays. Disinfection robots are a way to keep things clean and stop disease from spreading.

These robots can clean and cleanse important places like labs, clean rooms, and research centers. They use advanced disinfection methods, like UV-C light or special cleaning agents, to make sure that surfaces and tools are cleaned thoroughly and effectively. By using disinfection robots, research centers can reduce the risk of bringing contaminants into sensitive areas, boost research productivity, and make it easier to trust the results of their experiments.

Also, disinfection robots can help study institutes meet regulatory requirements. In many fields, like pharmaceuticals and biotechnology, there are tight rules about cleanliness and preventing contamination. Disinfection robots provide a standardized and trackable way to clean, which shows that institutes are committed to keeping study environments clean and safe and meeting regulatory standards.

Others
Disinfection robots can be used in many different places besides hospitals, clinics, and study centers. They can be used in different places to reduce the chance of diseases and improve hygiene:

• In offices, disinfection robots can help keep the space clean and safe by sanitizing shared areas, meeting rooms, and surfaces that a lot of people touch. This keeps workers from getting sick and makes them more productive.
  

• Schools: Disinfection robots can help schools clean classrooms, libraries, cafeterias, and other places where students congregate. This makes it harder for people to get sick and creates a better place to learn.
  

• Airports and public transportation: Disinfection robots can be used to clean airport terminals, train stops, buses, and planes. By cleaning these high-traffic places, the chance of travelers getting sick from each other can be cut down.
  

• Disinfection robots can be very helpful in homes, especially for people with weak immune systems or other vulnerable people who need a higher level of cleaning. These robots can clean living places, making them less likely to get sick and giving people peace of mind.

Regional Insights:

A look at the disinfection robot market shows that the United States has a 93.2% market share and is the leader in North America. The United States is also likely to grow quickly during the forecast period.

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A study of acute care hospitals by the US Centers for Disease Control and Prevention (CDC) found that 1 in 25 patients had one or more HAIs and that HAIs kill 75,000 people each year. Another industry poll said that between 5 and 10% of hospital patients get new infections, and that these infections kill millions of people around the world every year. Because of the number of people with HAI and the latest COVID-19 outbreak, most hospitals have had to buy robotic technology to stop these infections. Germany has the most disinfection robots in Europe and will see a CAGR of over 16% over the next few years. The fact that more than 1,000 people are diagnosed with HAI every year is one reason for this rapid growth. China has a 49% share of the East Asian market and sales of disinfection robots are likely to grow rapidly over the next ten years. In China, the early stages of the COVID-19 pandemic were marked by pneumonia with signs like fever, dry cough, and tiredness. Because HAI is so easy to spread, it has become very common. There aren't enough doctors and nurses, and people don't get to talk to each other much in hospitals. This has made more people want disinfection robots, and the Chinese market is projected to grow at a compound annual growth rate (CAGR) of 18.6% until 2031.

The UK has an important place in Europe. In 2021, its market will be worth US$85,4 million, and its CAGR will be 15.7%. The spread of COVID-19 in the UK has affected the market for robots that clean. During the time frame of the forecast, disinfection robots will also be used at a pretty high rate. This is because hospitals, businesses, airports, and train stops are all rushing to find new, innovative ways to keep standards high during the pandemic. India has a 48.5% share of the South Asian market and will continue to do so with a 14% growth rate over the next five years. The market for home disinfection robots is likely to grow as spending on health care goes up. Over time, the number of Indian people with HAI has gone up. Infections happen when rules aren't followed, like when people don't wash their hands or use old methods. This makes patients sicker, kills more of them, and costs them more money.

As of June 2021, the government said that more than 374 million possible COVID-19 patients had been checked in India. The virus has affected a lot of people all over the country, and in March 2021, it hit a second wave of people and the healthcare system. Robots that clean will be a big part of the country's plan to stop the spread of the virus.

Scope Of Report

Key Vendors:

• Badger Technologies LLC (Jabil Inc.)
• Blue Ocean Robotics
• Fetch Robotics Inc (Zebra Technologies Corporation)
• Finsen Technologies Ltd.
• Omron Corporation
• PDI Healthcare Inc.
• SESTO Robotics Pte Ltd
• Skytron LLC
• Taimi Robotics Technology Co. Ltd. 
• Xenex Disinfection Services Inc.

1. Badger Technologies LLC (Jabil Inc.)
Badger Technologies' automation solutions, such as a fully autonomous robot that can deal with problems like out-of-stock items, planogram compliance, price integrity, and other operational inefficiencies, provide actionable data and analytics for retail operations. The company says that using actionable data and business analytics leads to better shop performance, lower operational costs, and more money in the bank. Badger Technologies gives complete solutions that include the robot, software, integration with the store, maintenance, and analytics. Badger Technologies is a product division of Jabil, a global company that has been helping well-known brands around the world with their technology, production, and supply chain needs for over 50 years.

2. Blue Ocean Robotics
Blue Ocean Robotics creates, manufactures, and sells professional service robots for businesses like healthcare, hospitality, construction, and agriculture. The company sells many different kinds of robots, such as UVD Robots, which are mobile robots made to clean. They also have Beam Robots, which are mobile telepresence robots used for communication, social inclusion, and lowering CO2 emissions. Also, Blue Ocean Robotics has another brand called PTR Robots, which makes mobile robots for safely moving and rehabilitating patients. When making these robots, the company takes a thorough approach, starting with figuring out the problem, coming up with ideas, designing, and then moving on to development, commercialization, and exit strategies. Blue Ocean Robotics works by creating a separate secondary venture company for each robot. This makes them the first Robot Venture Factory in the world. The company has gotten a lot of attention in the robot business, and in 2019 it won the prestigious international IERA Award.

3. PDI Healthcare Inc.
PDI Healthcare says that their options for Interventional Care, Environment of Care, UVC Disinfection, and Patient Care are based on evidence and are the best on the market. The main goal of these solutions is to reduce infections that could have been prevented, control the costs that come with infections, and eventually help save lives across the entire healthcare continuum. PDI Healthcare is proud of its 40-year history, which has been spent fighting infections that could have been prevented and protecting the health of facilities, clinicians, and patients who use their goods. They offer new products, teaching materials, training, and support to help stop the spread of infections and improve health and wellness in general.

4. SESTO Robotics Pte Ltd
People say that SESTO Robotics is a top solutions provider for Autonomous Mobile Robot (AMR) technology, giving companies all over the world the chance to use the benefits of Industry 4.0. The company's main office is in Singapore, and it is a leader in the field of driverless technology. SESTO Robotics makes their own Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs). These robots run on their own operating system, which is known for being smart and able to do tasks.

People know that the company's products are good and new, and that they work well with different back-end systems and real infrastructures. They have helped makers all over the world reach mission-critical goals by giving them high uptime, scalability, and ease of use. SESTO AMRs and AGVs help companies adopt the ideas of Industry 4.0, such as automation, flexibility, agility in production, and making decisions based on data.

5. Skytron LLC
The company has been making and selling reliable and flexible medical tools for more than 40 years. The company's purpose statement says that their goal is to provide healthcare customers with better equipment. They do this by paying close attention to what their customers say and working closely with their manufacturing and marketing partners as a single team. By doing this, they hope to offer high-quality solutions with lower prices over the long term. The company tries to build long-term relationships with their customers, business partners, and workers. In order to reach their goals, they are focused on doing good work and running their business honestly. This dedication to quality goes for both the things they sell and the services they offer.

Market Segmentation:

By Type:

• UV-Disinfection Robot
• Hydrogen Peroxide Vaporization Robot (HPV)
• Others

By Technology:

• Fully Autonomous Disinfection Robots
• Semi-Autonomous Disinfection Robots

By Application:

• Hospitals and Clinics
• Research Institutes
• Others