Global Cleaning Robots Market Size & Growth Trends Analysis Report

There is an increase in demand for automated cleaning by consumers as well as businesses to reduce labor and incorporate cleaning robots, which has increased the demand for cleaning robots. While setting cleaning robots up may be very expensive, in the long term, they can prove to be economical in the aspects of saving labor costs and cleaning requisites. The growing urban population and the rising number of households due to the higher number of working population globally, has led to busier lifestyles. This busy lifestyle drives the need for cleaning robots. It is the lifestyle of consumers currently that has increased the workload and, therefore, efforts are made to save time spent in doing household chores. A robotic cleaner provides a hands-free alternative in such a situation. Technological advancements like AI, machine learning and robotics have led the cleaning robots to be more effective in cleaning, intelligent and autonomous. Features of cleaning robots that attract customers are smart mapping, advanced sensors, and voice control. The present-day cleaning robots use advanced sensors and artificial intelligence requiring computer learning competence in performing the functions that enhance their effectiveness. This technology lets a robot move around in complex environments without bumping into obstacles in the most efficient path to do the cleaning. The cleaning robots are also integrated with smart home systems like Google Assistant, and Amazon Alexa which makes it easier to control and give commands.

While cleaning robots are getting more advanced and connected, it comes at the cost of continuous data collection on usage and the place that was cleaned. Compliance of these collected data with regulations; mainly the General Data Protection Regulation (GDPR) within Europe or the California Consumer Privacy Act in the U..S. is a huge and critical step. These regulations provide a rubric for what should be best practice in the collection and storage of personal data as well as its use, and manufacturers must ensure that their products meet the requirements. Some governments in countries around the world, responding to global health emergencies like the COVID-19 pandemic, have started issuing temporary or permanent regulations regarding improved cleaning and disinfection practices within public areas. This has seen an increase in demand for cleaning robots, capable of maintaining higher hygiene standards.

Expanding in the commercial sector and residential sector are the two major opportunities in the global cleaning robot market. Large areas, such as those of commercial spaces like hotels, offices, hospitals, and shopping malls, bring in high cleaning needs. Such large areas can be cleaned by robots in an effective way. Hospitals and clinics have to maintain a high level of sanitation to prevent infection. Healthcare cleaning robots can find a niche by specializing in disinfecting surfaces and cleaning floors that pick up biohazardous material of special health and safety standards. Consumers want to save as much time as possible, including efforts on housework. On their part, cleaning robots offer customers a convenient solution that fits very well into the modern lifestyle of automation and ease. This is another strong trend accompanying the rising disposable incomes in emerging nations; more and more households can afford investment in cleaning robots. The interest in smart-home technology has been heightened area, but it also goes to substantiate interest in cleaning robots, which can combine with other smart devices. Other features that make them even more attractive include voice control, scheduling via mobile apps, and being connectable to home automation systems.

Higher Costs and problems for multi-story homes are the two major restraints in the global cleaning robot market. For budget-constrained people, cleaning robots might be an unacceptable product. Cleaning robots initially cost a significant amount and also have some maintenance costs. The advanced models of cleaning robots are very highly-priced and will narrow down the market. There are several challenges related to navigation, operational limitations, and maintenance requirements for cleaning robots in multi-story houses. These might act as a restraint to the market owing to the decreased efficiency of cleaning robots across such spaces. However, long-term technological developments and innovations are in the pipeline for mitigating these issues and offering potential solutions that might make multi-story cleaning more feasible and effective in the near future.

Technological Advancements

There are a lot of technological advancements in the field of cleaning robots. Improvements in AI and machine learning help robots in many ways. AI-driven algorithms can generate detailed maps of an environment that would allow cleaning robots to optimize their cleaning routes for better efficiency. SLAM and other technologies have been developed to enable robots to move around complex spaces without bumping into too many obstacles. Innovations in battery technology, such as lithium-ion batteries, increase operational times while reducing periods of charging. This allows the cleaning robots to work for a long time before they require frequent recharging. Most of the current cleaning robots have automatic recharging. The implication here is that the robot goes back to its recharging station when the battery is almost spent, then resumes the cleaning after recharging. This ensures continuous cleaning cycles. Some cleaning robots also come with self-cleaning technology, which means that the robot itself empties up the dustbin and cleans the brush itself.

Impact of COVID-19

Due to the pandemic, public awareness of hygiene and cleanliness measures has increased for both high-touch surfaces and high-traffic areas and has boosted the demand for products that keep cleanliness at its optimum with reduced infection risks. In particular, businesses in the commercial sector increased their cleaning measures for the protection of their employees and customers. Cleaning robots provide a perfect solution to maintain regularity and rigidity in cleaning, which has become necessary to meet new hygiene standards. Commercial spaces such as airports, shopping centers, and hospitals reached peaks in terms of human displacement in some phases of the pandemic. In this context, cleaning robots became very important for maintaining line cleaning in high-traffic areas. The pandemic accelerated this trend toward more automation, as firms and households were seeking reliable and productive solutions for routine tasks. The cleaning robots played a role in that shift through their automation of cleaning, which was part of the wider trend of integration of smart technologies.

The increasing importance of cleaning and sanitization, enhanced by the COVID-19 pandemic, has fueled demand for cleaning solutions with better and highly reliable cleaning performance. Consequently, cleaning robots with both cleaning efficiency and the lowering of allergens are largely demanded by health-conscious customers, which drives further market growth.

Segmentation

The global cleaning robot market is segmented based on type, function, application, and distribution channel. By type, the market is further segmented into personal cleaning robots, and professional cleaning robots. These personal cleaning robots are for residential use and serve as a means of finding easy, straightforward at-home cleaning solutions to help maintain daily cleaning tasks. These include robotic vacuum cleaners, mops, and hybrids that are responsive to an individual consumer's needs. Today's consumers are looking for more convenient ways to save time and effort in management. Personal cleaning robots can automate regular cleaning tasks, giving convenient solutions for busy individuals and families. Professional Cleaning Robots are a class of machines oriented for commercial and industrial applications, implementing more capable, robust, and efficient cleaning solutions to larger and more demanding environments. With each compound, be it commercial vacuums, industrial scrubbers, or specialised cleaners, it includes advanced technologies and features, which cater to settings with high use. Professional cleaning robots can help businesses and institutions achieve substantial cost savings through reduced labor costs and increased cleaning efficiency. Robots are capable of cleaning vast areas with minimal human intervention, which reduces operational costs. Professional cleaning service robots can deliver steady and reliable levels of cleaning, even though the expectations are high, without going through the usual variances associated with human labor.

Based on the function, the global cleaning robots market is segmented into floor-cleaning robots, window-cleaning robots, lawn-cleaning robots, pool-cleaning robots and others. The floor-cleaning robots held a significant market share in 2023 due to the demand for better floor cleaning and the enhanced features provided by the floor-cleaning robots. The pool-cleaning robots are going to hold a significant market share during the forecast period. Floor cleaning robots are designed to clean various floor surfaces. These robots work with programmed automation in vacuuming, sweeping, and mopping, so they can be used both in residential and commercial settings. They are applied in homes, offices, and commercial buildings, among other places with hard floors or carpets. The window-cleaning robots are used in cleaning glass surfaces—such as windows, mirrors, and other high or out-of-reach places on glass areas. The robots replace the cleaning process by reducing the presence of laborers and ladders. Such robots are used in residential homes, office buildings, high-rise apartments, and commercial properties. Lawn-cleaning robots are robots that have been developed to make domestic and commercial lawn grass trimming self-sufficient. They are used in residential gardens, parks, golf courses, and generally, areas covered with grass. The pool cleaning robots can clean all types of flooring, walls, and water surfaces in a swimming pool. They ensure the pool is hygienically safe to use by sucking up leaves, algae, and other contaminants. They can be found in residential pools, commercial swimming pools, and public aquatic centers.

By application, the market is further segmented into residential, commercial, industrial, healthcare, and others. The residential market will hold the largest share in the global cleaning robot market during the forecast period as it can perform tasks like cleaning and mopping very efficiently.

The distribution channel is further segmented into online and offline. Offline distribution channels like brick-and-mortar stores, wholesale distributors, and direct sales make it the largest distribution channel to hold the cleaning robots market share. As the cleaning robots are complex to understand at first, consumers ought to buy them from physical stores that provide customer service and technical support.

Regional Analysis

North America holds the largest market share in the cleaning robot market. The U.S. and Canada dominate the regional market due to the advanced adoption of technology and solid economic conditions. The high adoption rate of smart home technologies and growing interest in automation; early adoption of technologies such as AI, sensors, and smart home integration in cleaning technologies; higher disposable income and spending power that enable consumers to invest in premium cleaning robots; and the strong presence of leading cleaning robot manufacturers and extensive distribution networks are some of the factors driving the market in this region.

The strong innovative and eco-friendly cleaning solution emphasis, especially in Germany, the UK, and France, is likely to make Europe the second biggest market. Some of the drivers for this demand include strict environmental and energy efficiency regulations, high interest in smart home devices and IoT integration, and increasing urban population, resulting in greater demand for efficient cleaning solutions in residential and commercial spaces.

While the present market share of the Asia-Pacific region is lesser in comparison to North America and Europe, this has been growing at the fastest CAGR due to rising urbanization, economic development, and disposable income. Significant and rapid economic growth in countries like China, India, and Japan would increase spending power. An increasing urban population drives interest in automated cleaning solutions that help people in high-density living areas. The growing interest in smart home technologies and an increasing supply of advanced cleaning robots act as drivers for this region. The region being a manufacturing hub for cleaning robots aided the supply chain and cost efficiencies, therefore contributing to market growth. In this region, the countries that are developing at a fast pace encompass China, Japan, South Korea, and India.

The steady growth in Latin America is propelled by nations such as Brazil. The market opportunities are improved by slow economic growth coupled with increasing middle-class populations; urbanization enhances the need for convenience and efficiency in cleaning; while the increase in smart home technology and automation promotes the market.

The Middle East and Africa region currently represents the smallest market share but has potential for growth due to increasing urbanization and economic development. Other drivers in this region include high growth in the rapid urbanization of large cities, rising demand for advanced cleaning solutions, and fast-rising interest in smart home technologies and automation in the residential and commercial sectors.

Competitive Analysis

The key players in the global cleaning robot market are Ecovacs Robotics, iRobot Corporation, Neato Robotics, Samsung, LG Electronics, Dyson, Kärcher, Avidbots Corporation, Vorwerk, Panasonic Corporation, and Roborock, among others.

This year in 2024, there were multiple new product launches in the cleaning robot industry. In April 2024, Avidbots announced the launch of a new product - Kas. Kas is a fully autonomous robot floor scrubber to meet the requirements of the retail, healthcare, transportation, and education industries. In August 2024, LG introduced All-In-One Tower Combi where the company has combined CordZero A9X stick vacuum and CordZero R5 robot vacuum. In July 2024, iRobot introduced one of its most advanced vacuum and mops known as the Roomba Combo 10 Max Robot + Autowash Dock. In July 2024, Samsung unveiled the Bespoke Jet Bot Combo which features an all-in-one vacuum cleaner that operates on wet and dry surfaces. In June 2024, Roborock introduced the Roborock Qrevo S which features a multifunctional dock, dual liftable spinning mops, and reactive tech obstacle avoidance. In May 2024, Evovacs unveiled DEEBOT T30S Combo that has features like TruEdge and Tangle Free cleaning. In March 2024, Dyson launched 360 Vis Nav, a robot vacuum that provides intelligent visual navigation and cleans every edge of the house.

Similarly, in November 2023, Syrius Technology collaborated with SoftBank Robotics and IRIS OHYAMA to launch a new commercial cleaning robot. In April 2019, Panasonic and Mitsui Fudosan jointly developed a commercial-grade RULO Pro robotic vacuum cleaner for cleaning buildings.