A cleaning robot is an auto robot that aids in the cleaning process of various parts. These parts may involve lawns, floors, windows, and others. By employing cleaning robots, it becomes simpler to handle and manage various tasks like mopping, UV sterilization, and other in industrial and household applications. With the help of cleaning robots, we can decrease human efforts and can save precious time, economy, and electricity.
In the modern era, disabled people find cleaning robots as a perfect alternative to costly housekeeping services. Various technological improvements have made robots smarter and they become capable to observe the varying amount of dirt & dust at various places.
Cleaning Robots on the basis of product 1. In-house robots
In-house robots segment was the larger segment in the last few years. This is because the cleaning robotics offer convenience to humans and aid them in numerous cleaning works. Automated vacuums have attained huge prominence among residential users due to functionalities like compact, lightweight, and simple usage.
In-house robots are capable of doing mopping and sweeping tasks by keeping up a ledger of tasks finished. Technically, these kinds of robotic machines are integrated with modern sensors for barrier detection and water spraying. Moreover, the e-commerce sector is fuelling the demand for in-house robots using marketing and promotional activities.
2. Outdoor robots
The outdoor robot segment would observe high demand due to the massive adoption of robotic machines for cleaning streets in developed nations like Canada and the U.S. Moreover, the surge in the number of outdoor parties on lawns has resulted in the increasing adoption of lawn-cleaning robots.
Further, in the past few years, there has been a quick increment in the acceptance of outdoor robots at construction sites, hence propelling the growth and demand for outdoor robots. Furthermore, the growing demand for snow-cleaning robots in nations like Russia, Canada, and Switzerland would boost the demand for outdoor robots.
Cleaning robots on the basis of operation modes 1. Self-drive robots
The self-drive segment has been the bigger segment of the industry. This is due to the technologies like artificial neural networks and deep learning. The integration of these technologies into mopping machines is increasing the efficiency of self-driven robots.
Autonomous operations are extremely adopted as the industry observed a high spike in automation for smart appliances. The demand for self-drive mode in robots witnesses a massive spike due to the features like accuracy, energy efficiency, speech recognition, and agility. Complicated and simple to operate consoles, mounted on the robots display provide enhanced experiences for users.
2. Remote-Controlled machines
The integration of technologies like IoT and wireless sensor networks has caused a high demand for remote-controlled machines. With the help of IoT, the user becomes capable of sending orders to the cleaning robot from his mobile phone, from any place. The growing focus of the organization on the development of IoT in-built robots would boost the industry growth.
Cleaning Robots based on the types 1. Floor Cleaning Robots
In the last some years, floor-cleaning robots have been leading the cleaning robots industry. This is owing to the consistently increasing demand for automated home appliances and a parallel spike in the costs of household labor. Moreover, the arrival of cleaning robots incorporated with in-built air purifiers by companies like iRobot Corporation, and Panasonic Corporation have boosted their demand. For example, iRobot Corporation in March 2017 introduced the new iRobot Roomba 614 with an in-built air purifier. Moreover, the rising acceptance of these robotic vacuums in the Fast Moving Consumer Goods (FMCG) sector has caused the development & demand for floor cleaning robots.
2. Pool Cleaning Robots
The pool-cleaning robots segment garnered a significant industry share and would grow more due to the upcoming of modern technologies by numerous companies in North America and the Europe region. A surge in the number of supportive initiatives by public safety organizations towards the adoption and implementation of strict norms for the cleaning of swimming pools are supplementing the growth of the industry.
Since 2015, the U.S. Department of Health and Human Services has made it mandatory to clean pools in hotels on daily basis. This, as a result, has increased the demand for robotic vacuums. Moreover, the rising acceptance of these devices for public swimming pools in developing nations like China and South Korea would boost the growth and demand for pool cleaning robots.
Conclusion
Owing to the increasing technological developments in the robotics domain, the global cleaning robots market would observe a huge growth in the upcoming years. Additionally, the market would see bright growth prospects with the development of small and user-friendly robots.
The rising adoption of automation technology for cleaning tasks and a surge in labor prices are some of the determinants for the growth of the global cleaning robot market.