Cleaning Robot Market Research, Connectivity (Bluetooth, Wi-Fi, ZigBee), Usage (Personal, Industry), Control (App Based, Autonomous, Digital Assistant Control), Application (Floor Cleaning, Pool Cleaning, Lawn Cleaning), Hardware - Forecast 2027
|ID: VPR/SEM/1169||Publishing Year: January 2022||Pages: 116||Format:|
Cleaning Robot Market Overview:
Cleaning Robots are in high demand due to a surge in new and advanced technological advancements, as well as modernization in the field of robotics. Because of innovative features such as smart sensors and navigation control, these machines save time and are effective at cleaning. Wireless technology advancements have been employed to offer control of these devices. It is also less expensive than hiring a domestic staff because it is a one-time investment that pays off over time. It can do the work of several individuals in a short period of time. These devices can also be utilised without requiring the presence of a person. There are enormous spaces in the industrial sector that need to be cleaned but can't be cleaned on a regular basis. Cleaning these rooms has become easier and more economical thanks to the usage of cleaning robots. With the rapid growth of new sectors, there will be more areas to clean, creating an opportunity for the Global Cleaning Robot Market. Cleaning robots are tailored to the tastes and cleaning habits of specific businesses.
The Global Cleaning Robot Market is challenged by the requirement for regular improvements to meet the expectations of customers. These robots' services must be advanced, which is tough to perfect and has an impact on the market. Cleaning robots are thought to be more expensive than standard vacuum cleaners. This could operate as a market constraint. Consumers in undeveloped economies with little resources are unable to use these devices.
Some of the major players in Global Cleaning Robot Market include Samsung Electronics Co., Ltd (South Korea), Neato Robotics (U.S.), Dyson Ltd (U.K), Ecovacs Robotics (China), LG Electronics Inc (South Korea), Alfred Kärcher GmbH & Co. KG (Germany), Bissell Inc (U.S.), bObsweep (Canada), Miele (Germany), and iRobot Corporation (U.S.), among others.
AI and the Internet of Things have opened up new ways for robots to connect and collaborate with humans. Robot efficiency and accuracy have also improved thanks to the invention and evolution of MEMS and sensors, as well as advancements in vision technology. Innovation and modernisation in the field of robotics are driving the growth of the cleaning robot industry. Cleaning Robots have been developed as a result of technological breakthroughs and research activities, assisting people with boring duties. Furthermore, technological advancements in visualisation and sensing equipment have resulted in the production of low-cost Cleaning Robots that are specifically designed to perform cleaning tasks. Users can now control robots with remotes or cellphones thanks to the advancement of IoT and wireless technology. Without being present in the residence, a user can arrange a cleaning phase. The market is growing as a result of such improvements and flexibility. The robots' connectivity with Amazon Echo and Google Home smart speakers has aided in the automation of these devices. Wi-Fi-connected cleaning robots are available from companies such as Dyson (UK), iRobot (US), and Neato Robotics (US).
The rise in robberies and thefts has pushed homeowners to prioritise the installation of security systems in their houses. Furthermore, working people's busy schedules have led them to hire a permanent caretaker or maid, which raises the security risk at home if the caretaker is unreliable. Cleaning robots can be scheduled for subsequent cleaning and can even be controlled via a smartphone, eliminating the need for a maid or caregiver. Cleaning robots are becoming more sophisticated as time goes on. Cleaning Robots were previously only used for cleaning. However, technological improvements have enabled corporations to include applications beyond than cleaning. For example, LG Electronics released the Hom-Bot Turbo+ cleaning robot in 2017, which has new HomeGuard motion-detection technology that can live-stream video to a consumer's smartphone and instantly take five images if movement is detected. New applications will provide a chance for the Cleaning Robot Business to flourish in the near future.
The market is divided into sensors, motors, charging pods, cleaning brushes, vacuum pumps, batteries, microcontrollers, and others based on hardware. These parts are necessary in any cleaning robot, yet they don't work well together. In the hardware component section, only qualitative data will be given.
The market is divided into four categories based on connectivity: Bluetooth, Wi-Fi, ZigBee, and Others.
The market is divided into two categories based on usage: personal and business. Healthcare, retail, IT & Telecom, automotive, and other industries are sub-segmented by industry usage.
The market is divided into three categories depending on control: app-based, autonomous, and digital assistant control.
The market is divided into four categories based on application: floor cleaning, pool cleaning, grass cleaning, and others.
The Clean Room Robot market trends are examined in North America (the United States, Canada, and Mexico), Europe (the United Kingdom, Germany, France, Italy, Russia, and the Rest of Europe), Asia-Pacific (China, Japan, India, Australia, South Korea, and the Rest of Asia-Pacific), and LAMEA (Latin America, Middle East, and Africa) (Latin America, the Middle East, and Africa). Due to rising demand for manufacturing, aerospace, and defence products, Asia-Pacific dominates the market. Furthermore, Asia-Pacific is expected to increase at a high rate over the projection period. In addition, LAMEA is in second place and is predicted to develop faster throughout the forecast period, followed by Europe.
COVID-19 is projected to have a greater influence on the personal and household cleaning robot sector than on professional robots. The demand for personal and domestic robots is predicted to fall as a result of the global recession and a drop in disposable income. The availability of domestic support services has decreased dramatically as a result of COVID-19, and in order to better handle such situations in the future, demand for domestic robots is likely to rise once the impact of COVID-19 has subsided.
Professional Cleaning Robots will experience less of an impact. They've gotten a lot of momentum in applications like disinfecting buildings. The epidemic has had a significant impact on the retail industry; if the pandemic worsens, retail companies may require automation technologies, which robotic system makers may seize. Hospitals are also requesting mobile robots equipped with UV-C light disinfection technology to sterilise wards and rooms as social distancing requirements become more rigorous around the world.
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