Window Robot Cleaning for Offices: The Future of Automated Window Cleaning
2023-04-24
Window robots may seem unfamiliar to you. However, just like its vacuum robot peers, it is challenging traditional cleaning methods with its extraordinary performance and novel experience in window cleaning. As robots that can automatically work on various windows, this smart cleaning robot is gaining popularity in offices, businesses, or home environments.
Proceed with us and see how a window cleaning robot is leading the future of window cleaning for offices.
Proceed with us and see how a window cleaning robot is leading the future of window cleaning for offices.
What is a Window Robot?
A window cleaning robot is specifically designed for working on vertical and smooth surfaces such as glasses or tiles. Window robots typically rely on suction power and air pressure to stick to the surfaces on which it works. It uses mopping pads and cleaning solutions to effectively remove dirt, dust, and grime from windows.
Unlike traditional cleaning methods, they are smart in that they are inbuilt with programs that allow them to work automatically with the intervention of manual work. They also feature increased safety and convenience.
Currently available window cleaning robots in the market differ in their shapes, suction power, and levels of smartness. Our WINBOT window robot adopts a square design that makes it possible to navigate complex window surfaces and touch dead corners.
How Does the Window Cleaner Work?
A window cleaner robot is equipped with powerful suction powers that allow it to adhere to glass surfaces and move vertically. When a window robot moves around the surfaces, the disposable mopping pad attached underneath will simultaneously wipe away the dust on the surfaces. The built-in cleaning solution dispensers can dampen the cloth to help loosen dirt and tough stains.
As smart devices, window robots rely on various sensors and mapping technologies to navigate around obstacles. These sensors may include edge detect sensors and laser detect sensors, which help the robot detect edges of windows, obstacles, and frames to avoid collisions and falls. Mapping technology is used to create a virtual map of the window surface and determine the most efficient cleaning path.
WINBOT W1 PRO utilizes a high-precision coupler sensor to detect edges.
Overall, the window cleaner robot is a combination of modern technology and artificial intelligence. It efficiently reduces the need for manual labor to a minimum and makes window cleaning tasks safer and more convenient.
WINBOT Window robot Cleaner
For those who are ready to embrace the automated window cleaning trend in their working environments, we have WINBOT W1 PRO, which is exclusively developed for office buildings.
WINBOT W1 PRO is the latest window-cleaning robot that combines cutting-edge technology with efficient cleaning capabilities. With its cross-type automatic water jet, the WINBOT W1 PRO can adjust real-time water supply from dual directions, better loosening dirt and stains.
The steady climbing trail cleaning system is an impressive feature in that it allows the window robot to adjust pressure based on gravity, coupled with non-slip drive rollers that further keep it stable during wet cleaning.
Equipped with WIN-SLAM 3.0 technology, WINBOT W1 PRO allows you to design cleaning paths and modes for more efficient cleaning. It has advanced edge detect lasers that make it possible to detect framed, frameless, or frosted windows.
What’s more, its powerful 2,800 Pa suction power and air pressure ensure a firm grip on the glass surface, keeping the robot securely attached during the entire cleaning process.
It is time to get your WINBOT today and elevate your window-cleaning game to a whole new level!
How Do You Use a Cleaning Window robot from ECOVACS?
Here is an easy-to-take guidance on a quick start with window robot ECOVACS.
- Prepare the robot: Ensure that the robot is fully charged and the mopping pad is clean and properly attached to the robot.
- Attach the robot to the window: Be sure to fix the safety tether and safety pod to avoid accidental falls. Follow the instructions to securely attach the robot to the window.
- Program the cleaning area: ECOVACS WINBOT allows app control. You can designate the cleaning area and select a cleaning model in advance.
- Start the cleaning process: Once the robot is attached to the window, you can send directions to your WINBOT robots. The robot will then begin to move up and down across the window surface to perform the cleaning task.
- Monitor the cleaning progress: Watch out for your WINBOT window robot when it is working. Although WINBOT is secured by dual insurance of safety tether and backup battery, it is suggested to pay close attention in case of electricity failure.
- Finish and remove the robot: Once the cleaning is complete, the robot will return to its starting point. Remove the robot from the window carefully not to damage the glass.
- Clean and maintain the robot: Clean the mopping pad, empty the water tank, and ensure that the robot is properly stored.
Notice: If you have never used the WINBOT window robot before, do read and follow the detailed instructions for safety precautions and optimal experience.
How Effective is a Cleaning Robot?
The window robot ECOVACS WINBOT models can be more powerful than you can imagine. They are effective for cleaning windows in office buildings. They are also efficient and convenient solutions for a variety of glass surfaces, including windows with different shapes and sizes, mirrors, as well other smooth surfaces.
One of the key advantages of window cleaner robots is their ability to access hard-to-reach areas, such as tall or inaccessible windows. This enhances safety by reducing the risk of falls or accidents associated with manual window cleaning.
Window cleaner robots feature high convenience in window cleaning. You just need to take a few simple steps to place them on your office window and then wait for the robot to finish the cleaning task, with no risk and worry left.
However, it's important to note that window robots may have some limitations or challenges. They may require additional human intervention for particularly stubborn dirt. Additionally, windows robots suit better windows with large sizes and of the traditional square or round shape, like that from office buildings.
Robotic window cleaners are now widely adopted in offices, commercial buildings, and homes as part of regular window cleaning routines. They are expected to foreshadow the future of automated window cleaning.
Conclusion
For better maintenance and appearance of your working environments, we suggest you bring a window robot to your offices. Hand the window cleaning task to an effective friend and welcome the changes. A WINBOT is a worthy investment.
Check out ECOVACS WINBOT products now and embrace the future of automated window cleaning.
