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How to Get the Most From Cleaning Robots Cleaning robots have revolutionized how organizations maintain their spaces and offer a variety of capabilities that can meet the needs of different industries. To benefit the most from these smart machines, search for models with reliable mobile connectivity that allows remote troubleshooting and data reporting. Select a model that allows spot or zone cleaning to clear messy areas on demand. It's also recommended to clean and remove the brushes (and any edge or corner brushes) of your robot vacuum to prevent tangled hair. Autonomous Cleaning Robots Robots that are autonomous can clean, sweep and disinfect areas without human interaction. They also can adapt to various conditions and perform tasks that are impossible for an individual human team. These robotic cleaners will save you time and money, freeing staff to concentrate on other tasks. While the most popular type of autonomous cleaning robot is a home vacuum or robotic floor scrubber there are a myriad of professional-grade models that offer far more features than their consumer counterparts. Industrial-grade autonomous robots for instance, can be used to clean large warehouse floors and other areas that are prone to soiled. They can be configured to clean up areas that people can't go, by using wall climbing technology and other tools for safer operation in tight areas. The majority of these robotic cleaning robots are equipped with a variety of sophisticated sensors, including cameras and mapping software that permit them to draw out rooms and avoid obstacles. Some even employ AI to learn how they're used and adapt accordingly, improving efficiency in the course of time. These intelligent systems can also be connected to other smart devices, making an even more efficient and connected facility. Many of these robots require less energy and are biodegradable products, making them more environmentally friendly and cost-effective to operate. A majority of these robots are designed to work in conjunction with other automated systems, such as building automation and material handling systems. It's worth the investment, whether you need one unit or a group of units, in this revolutionary technology that will improve the efficiency and performance of facility operations. The investment will pay off in a short time because of the less requirement for manual labor in addition to the increased safety of operators and a longer life span of cleaned surfaces. The pandemic is an ideal time to begin exploring ways you can incorporate these advanced cleaning robots into your routine maintenance routine. This isn't just an opportunity to assist your team and reduce the risk of contracting infection, but it's also an excellent opportunity to show the public that you're advancing your cleaning regimen. Selecting the appropriate autonomous cleaning robots to meet your needs will ensure that you get most value out of this investment. Robotic Vacuums Robot vacuums employ sensors to detect obstacles and help them navigate around the house. Some models have infrared sensors similar to the ones found in self-driving cars which create a virtual map of your home. Other models use camera-based sensors to identify objects and avoid them, resulting in a clean and efficient cleaning without the need for user intervention. The sensors also allow you to select an area of your home to be cleaned via the onboard controls or a smartphone app. Certain models let you control the robot with voice commands. You can opt to vacuum a room, or allow it to clean your entire area by using the app. While robot vacuums are great for removing dirt that is embedded in carpets and rugs, they're not able to penetrate deep into pet hair clumps or other messes that need more than a quick sweep. They also don't pick up dust close to baseboards and other edges, which requires an extra thorough cleaning than you would get with a regular upright or canister vacuum. When selecting robotic vacuum cleaners choose a model with a powerful suction mechanism and brushes that are designed to remove dirt and other debris from surfaces. The most effective models come with features like object recognition technology, customisable settings and pet mode. It is recommended to read the manual for the recommended maintenance intervals, however most models require minimal or no maintenance beyond emptying the garbage and wiping the sensors, wheels, and charging contacts. Most of the advanced robot vacuums and mops we test integrate with smart home systems, allowing users to control them using smartphone apps or digital voice assistants, such as Amazon Alexa and Google Assistant. You can schedule a cleaning session or begin one and set a date for it to be completed while away. Some can even pause the cleaning session to recharge, and return to where they started. However, many robot vacuums aren't as effective as traditional vacuums on stairs and in tight spaces and their small designs make it difficult to maneuver around furniture. Robotic Floor Scrubbers Contrary to vacuum cleaners that are used to remove loose debris from floors and carpeting, robotic floor scrubbers use water to move and dissolve dirt and grime off of hard flooring. They can be self-propelled, or controlled by a human. The most advanced models can detect and automatically navigate around obstacles, which reduces the time needed to clean. Certain models have an intelligent water management systems, which recycles the same water for hours. A robotic cleaning machine is a great way to boost the amount of labor available in facilities with low staffing or high turnover rates. With a robot on the job, staff can concentrate their efforts on other crucial tasks. In a hospital setting, that may mean ensuring that high-touch surfaces such as doors, countertops and bathrooms are cleaned and cleaned. In a retail shop it might be to assist customers in finding what they are looking for and prevent customer frustration because of scratches and smudges on windows and glass. Robotic floor cleaners can be programmed for specific times and their cleaning path can be customized to meet the needs of each individual. They can be monitored in real time giving managers the ability to track their progress using mobile apps or web portals. Some manufacturers collect these data and make them accessible to users so they can identify areas for improvement. Simple models can be bought for just $100. They come with one reservoir of water and a static pad similar to a Swiffer, that spritzes, wipes, and collects dirt. The more advanced models have two rotating pads that sweep and mop the floor, with self-emptying docks for emptying the water that is dirty and refilling with fresh cleaning solution. The most elegant robot mop-vacs can also distinguish between different kinds of flooring and return to their docks mid-cleaning to empty the unused cleaning solution, clean their brushes and refill with fresh cleaning solution. All types of cleaning robots are connected to a cloud-based system that offers highly detailed reports on their performance and usage, including precision productivity metrics as well as heat maps of the areas cleaned, anomalies and other alerts. This information can be accessed remotely by facility managers and other employees who have been granted access to the system. Robotic Floor Mop A robot mop allows you to maintain your floors without having to get them in touch. These machines will clean your wood and tile floors between deep cleaning sessions, and will keep dust, pet hair, dirt, dust and other particles at bay. These robots work on all floors that are sealed such as vinyl, laminate and hardwood. Most robot mops feature an automatic timer that allows them to clean at specified intervals. You can also use the app to change cleaning modes, make schedules, or monitor when maintenance is required for instance, a filter replacement. Floor mops that are robotic typically require a separate tank of water to mop. It can be difficult to empty and refill as the pads get dirty. Find a model that has a self-emptying dock, or one that is easily emptyable by hand when required. Certain models also vacuum. However, you may need to empty the trash after each cleaning session, unless they have an automatic emptying platform. If your floors are particularly dusty, you might have better results if you let the robot sweep first, and then mop. Most robot mops use tap water, however some allow you to add a cleaning agent to the tank to provide extra cleaning. It is recommended to only use cleaners that the manufacturer recommends. Using unauthorized cleaners can cause damage to your machine or invalidate the warranty. Certain apps let you not just start and stop your bot, but also create a map and set up virtual barriers or no-go zones. Some will even notify you when the battery is running low and the mop needs to be cleaned. If you want one unit that can do both vacuuming and mopping, think about a hybrid robot, such as the Ecovacs Deebot X2 or the Roborock Q Revo. Both can save maps of your floors and can monitor and automatically recharge when the battery runs low during cleaning. Both come with a range of clever features like a remote stop and begin button, as well as an app that allows you to build an automatic cleaning schedule or monitor when your mop needs maintenance.