The global cleaning robot market size was valued at USD 9,010 million in 2021. It is expected to reach USD 49,076 million by 2030, growing at a CAGR of 23.6% during the forecast period (2022–2030).
Cleaning robots are automated machines that can clean the floor, the pool, the windows, and the grass with minimal or no human participation. Residential and industrial cleaning robots, like robot vacuum cleaners, are utilized. Industrial cleaning robots are mobile, application-specific robots that automate industrial cleaning procedures. These robots automate mundane, hazardous, or dirty tasks in the interest of safety and productivity. The robotic devices include a system of sonar sensors that can "see" around 30 feet in all directions. This lets the machine travel to a place, recognize obstacles and humans, and stop when necessary. The robots are preconfigured with cleaning patterns for open areas, or the manufacturer can collaborate closely with the BSC to design individualized maps for complex layouts. Robots for cleaning, like robotic vacuum cleaners, are cost-effective and inexpensive. They are considerably less expensive than costly housekeepers.
The machine can be programmed to clean precisely to specifications while requiring minimal maintenance. The user needs just periodically replace the bag or empty the container. Typically, the machine is assisted by a cleaning algorithm determining the robot's floor traversal pattern. It avoids impediments and covers the required cleaning area. Manufacturers are pushing the limits of their products' software and hardware integration, even if the technology is still in its infancy. This gives customers a seamless experience and, for specific suppliers, real-time visibility via a smartphone application. The increasing demand for domestic consumer robots and the rising investment in research & development of personal service robots for assistance in various household applications are among the primary drivers driving the expansion of the cleaning robot market. In developed economies, the market is primarily driven by the increasing trend of automation and the growing usage of smart devices, especially in the smart home segment.
|Market Size||USD 49,076 million by 2030|
|Fastest Growing Market||Asia-Pacific|
|Largest Market||North America|
|Report Coverage||Revenue Forecast, Competitive Landscape, Growth Factors, Environment & Regulatory Landscape and Trends|
Robots now have new ways to interact and collaborate with humans due to the advancement of AI and IoT. The efficiency and precision of robots have also increased due to the invention and evolution of MEMS and sensors and advances in vision technology. Innovation and modernization in the field of robotics are driving the growth of the cleaning robot market. Robotic cleaners are now available to assist people with menial duties due to technological improvements and research activities. Technological advances in visualization and sensing equipment have facilitated the development of inexpensive cleaning robots designed to do cleaning tasks.
Users can now control robots using remote controls or cell phones, owing to the advent of IoT and wireless technologies. Users can schedule a cleaning phase even when not at home—such innovations and adaptability fuel the development of the cleaning robot market. The connectivity of these robots has aided the automation of these devices with Amazon Echo and Google Home smart speakers. Wi-Fi-connected cleaning robots are available from companies including Dyson (UK), iRobot, and Neato Robotics (US).
Sanitation has become increasingly complex, especially in areas with dense populations, for example, restaurants, hospitals, hotels, airports, and schools. Consequently, many companies and organizations choose automated solutions to disinfect offices and public spaces. Hospitals can be sterilized using various techniques, one of which is UV disinfection. Numerous businesses have created mobile robots with ultraviolet (UV) light attachments that can be used to sanitize public spaces like shopping centers and hospital rooms. Automation of UV light disinfection supports employee health and safety. Mobile robots are ideal for use with UV lights because they are dangerous for people to operate.
Robotic disinfection can make up for the drawbacks of conventional manual disinfection. Intelligent disinfection non-contact technologies allow for voice and remote control. The application is simple and practical, and a straightforward command action can start the autonomous disinfection mode. There is no need for any physical engagement during the entire disinfection process. The robot can charge independently, calculate a path for disinfection, and avoid obstructions, increasing demand.
Robots demand a substantial initial outlay of money. Customers assess a robot's adaptability in case they need to change its functionality in the future. Although these robots might save labor costs in some areas, they have continuing costs like upkeep. Additionally, some clients consider the price of protecting the robot and any associated IIoT-connected equipment from online threats. Security worries are one of the main barriers to the market for cleaning robots.
The increasing number of home robot hacking incidents also harms consumers' faith in the sector. Additionally, the likelihood of hacking increases because these robots might be connected to the smart home hub or gateway. Further, the clients must deploy robots concurrently with their current activities, which causes a commotion in the control systems. Even while the costs of household robots are rising, they are still expensive enough for mass adoption, particularly in parts of the world like Latin America and Africa.
Homeowners are focusing on installing security solution systems in their homes as a result of the rising number of theft and robbery incidents. Additionally, because of their hectic schedules, working individuals must have a regular maid or caretaker at home, which raises security risks if the caregiver is unreliable. Using a cleaning robot eliminates the need for a maid or caregiver because these robots may be programmed to clean at a later time and can be controlled using a smartphone. The capabilities of cleaning robots have expanded due to technological advancement.
Cleaning robots were formerly only used for cleaning. However, technological improvements have enabled businesses to incorporate applications rather than cleaning. For instance, LG Electronics introduced the Hom-Bot Turbo+ cleaning robot in 2017 with the new HomeGuard motion-detection technology, which can live-stream video into a user's smartphone and take 5 images automatically if movement is detected. New uses would allow the cleaning robot market to expand shortly.
Region-wise, the global cleaning robot market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.
North America will command the market, expanding at a CAGR of 21.4% over the forecast period. The widespread use of cleaning robots in various sectors is the primary driver of the market's expansion. NTT's 2020 Global Customer Service Benchmarking Report indicates that 35.80% of respondents used robots to improve the customer experience. The institutions in the area are creating brand-new models of robot cleaners that may be used indoors, outdoors, and even in laboratories. At the University of Virginia in Charlottesville, for instance, a robot was tested in 2021 to purge areas of the coronavirus and other potentially lethal diseases. This item was given the name DINGO. Additionally, it uses UV light to clean without the use of chemicals.
By introducing new products that will meet consumers' needs for domestic cleaning, businesses are extending their footprint in the United States. For instance, Samsung Electronics Co. Ltd. announced a new range of cutting-edge home appliances in January 2021 that can automate daily duties. The new JetBot 90 AI+ is equipped with smart technology that enables it to adapt to its environment and improve its cleaning path. Those treated for various injuries and diseases find it difficult to clean their homes. The usage of such autonomous robots has grown over the past several years since they facilitate assistance in routine household cleaning tasks.
Asia-Pacific will be the fastest-growing region over the forecast period. Due to widespread technology adoption and rising local manufacturing, the region has one of the fastest-growing cleaning robot marketplaces in the world. The regional manufacturers are also significantly contributing to the innovation and advancement of the cleaning robot industry. For instance, as part of its long-term goal of providing "A Robot for Each Home," Ecovacs teamed with Shopee in Vietnam in 2021. With Shopee, the company launched a trade-up program that enables customers to upgrade from their old robotic vacuum cleaners to the ECOVACS DEEBOT range, one of the best-performing vacuum cleaners on the market.
During the pandemic, the regional administration deployed robots to prevent the transmission of the infection. For instance, the Tokyo Metropolitan Government launched robots for use in hotels in 2020 as part of the fight against COVID. The hotel, which accepted asymptomatic or minimally symptomatic patients to lessen the strain on the staff, needed to be cleaned effectively. The robot was a self-driving vacuum cleaner that could map out the entire floorplan in a single pass by recognizing QR codes with artificial intelligence.
The global cleaning robot market is segregated into type, product, application, and region.
Type-wise, the global cleaning robot market includes Personal Cleaning Robots and Professional Cleaning Robots.
The Personal Cleaning Robot section will hold the largest market share over the forecast period. One of the main drivers of this market's expansion is the rising popularity of smart homes. Along with changing lives and busy schedules, products like robotic vacuum cleaners are becoming more and more popular, which has caused customers to hunt for practical cleaning and mopping techniques. These are some of the main factors propelling the personal cleaning robot market. Household life is undergoing a digital revolution, and innovations like robotic vacuum cleaners (robovacs) are becoming more widespread. Additionally, consumers are searching for practical ways to complete cleaning and mopping activities at home due to their busy schedules and changing lifestyles.
Product-wise, the global cleaning robot market includes Floor-Cleaning Robots, Lawn-Cleaning Robots, Pool-Cleaning Robots, Window-Cleaning Robots, and Others.
The Window-Cleaning Robot section will hold the largest market share over the forecast period. Tall windows are challenging to clean and call for specialist tools. Additionally, it is costly to hire qualified window cleaners. The rising breakthroughs in AI technology are anticipated to fuel this rise. Additionally, since they eliminate the need for human labor and save business operational expenses, window-cleaning robots are increasingly gaining popularity in commercial applications.
Application-wise, the global cleaning robot market includes Residential, Commercial, Industrial, Healthcare, and Others.
The Residential section will hold the largest market share over the forecast period. Cleaning robots carry out mopping and other cleaning activities in the domestic setting. Employing domestic staff is too expensive in some nations. Cleaning tasks can be conveniently completed by cleaning robots in certain situations. These robots are becoming more and more valuable as a result of technological breakthroughs. This is driving consumer demand and acceptance of such products. Market expansion is being fueled by rising customer demand for robotic technology that operates autonomously and a reduction in the need for human interaction.