How to choose a cleaning robot for a facility larger than 10,000 m²: a step-by-step guide
Modern robot vacuum cleaners for different types of flooring are becoming an integral part of cleaning large areas, from business centers to industrial complexes. This is especially true when it comes to cleaning premises of 10,000 m² and above. In such cases, it is important not just to buy an automated machine, but to choose a robot for all floors that can handle various tasks: from washing hard surfaces to cleaning carpets.
Why it is important to choose the right robot for a large facility
If the wrong equipment is chosen, it may:
be unable to clean certain types of flooring;
break down quickly;
fail to deliver the required performance;
require frequent intervention by staff;
have insufficient battery life.
Therefore, before buying a robot for laminate and tile flooring, it is necessary to carefully analyze the needs of the facility.
be unable to clean certain types of flooring;
break down quickly;
fail to deliver the required performance;
require frequent intervention by staff;
have insufficient battery life.
Therefore, before buying a robot for laminate and tile flooring, it is necessary to carefully analyze the needs of the facility.
What parameters are important when choosing a robot for an area of 10,000 m²?
1. Productivity in m²/h
This is a key indicator. Large facilities require high cleaning speeds. Productivity of 1,000 m²/h is the minimum acceptable level. The optimal level is 1,500 m²/h and above, especially if cleaning needs to be done several times a day.
It is important to consider not only the nominal productivity, but also the actual productivity, taking into account obstacles, stops, and recharging.
2. Tank and battery capacity
For effective cleaning of a large space, the following are required:
Clean water tank capacity — 15 liters or more.
Dirty water tank — at least 15 liters.
Battery capacity — at least 2 hours of autonomous operation on a single charge.
This will save staff from having to change the water and recharge the robot frequently.
1. Productivity in m²/h
This is a key indicator. Large facilities require high cleaning speeds. Productivity of 1,000 m²/h is the minimum acceptable level. The optimal level is 1,500 m²/h and above, especially if cleaning needs to be done several times a day.
It is important to consider not only the nominal productivity, but also the actual productivity, taking into account obstacles, stops, and recharging.
2. Tank and battery capacity
For effective cleaning of a large space, the following are required:
Clean water tank capacity — 15 liters or more.
Dirty water tank — at least 15 liters.
Battery capacity — at least 2 hours of autonomous operation on a single charge.
This will save staff from having to change the water and recharge the robot frequently.
- Versatility: a robot for all floors
- Most properties larger than 10,000 m² have mixed flooring: tiles, laminate, concrete, carpet. Therefore, it is important to choose a robot vacuum cleaner for different types of flooring that can adapt to each type.
- What is important to consider:
- For tiles and laminate: you need a brush that does not leave streaks and applies even pressure to the surface.
- For carpets: increased suction power and special algorithms for cleaning the pile.
- For concrete floors and industrial coverings: resistance to dust and abrasive particles.
- If there are carpeted areas in the building, choose a model with a robot carpet cleaning function: this can be either automatic surface detection or manual route setting.
- Navigation and route planning Intelligent navigation
- To work in rooms with multiple areas, partitions, and furniture, advanced robot navigation is required. Modern models use:
- LIDAR scanners;
- 3D cameras;
- SLAM algorithms.
- These technologies allow the robot to build an accurate map for cleaning, avoid collisions, and move efficiently through areas without leaving any spots missed.
- Support for zoning and schedules
- The robot must support:
- zoning by floor type;
- scheduled cleaning;
- priority routes (for example, cleaning the entrance every 2 hours, other areas once a day).
- Remote control and reporting
- For large facilities, it is important to monitor the robot's operation in real time. Modern models are equipped with cloud interfaces that allow you to:
- set routes remotely;
- receive notifications about task completion;
- track the status of consumables and charge level;
- save cleaning history.
- This is especially convenient when automating cleaning in networks of buildings or premises.
- Integration with other systems
- Connection to a “smart building” If the facility uses a Building Management System (BMS), make sure that the robot is compatible with it. Integration allows you to:
- start the robot when it gets a signal from the security system;
- pause cleaning when there's a fire alarm;
- sync cleaning schedules with other services.
- Safety: In large facilities, it is especially important that the robot is safe for people, especially when cleaning in crowded areas. Pay attention to the presence of:
- automatic braking function;
- moving object recognition;
- night navigation with IR sensors and cameras.
How to assess the real economic benefits
Choosing a robot is not only a technical issue, but also a financial one. When purchasing, it is important to calculate:
the cost of ownership (including maintenance and consumables);
the payback period (on average 1–2 years);
savings on personnel and chemical costs.
Important: a high-quality robot for all floors reduces the risk of damage to floor coverings, which reduces repair costs and extends the service life of the floor.
Recommendations on brands and selection
There are dozens of manufacturers on the Russian market, but when it comes to reliability and functionality, Waybot Robotics solutions stand out. Their models:
support cleaning of carpets and hard surfaces with a robot;
work up to 4 hours without recharging;
are equipped with intelligent SLAM navigation;
have an intuitive cloud interface;
are easily scalable for different objects.
It is also worth considering models with the option of renting if you plan to test before buying.
Choosing a robot is not only a technical issue, but also a financial one. When purchasing, it is important to calculate:
the cost of ownership (including maintenance and consumables);
the payback period (on average 1–2 years);
savings on personnel and chemical costs.
Important: a high-quality robot for all floors reduces the risk of damage to floor coverings, which reduces repair costs and extends the service life of the floor.
Recommendations on brands and selection
There are dozens of manufacturers on the Russian market, but when it comes to reliability and functionality, Waybot Robotics solutions stand out. Their models:
support cleaning of carpets and hard surfaces with a robot;
work up to 4 hours without recharging;
are equipped with intelligent SLAM navigation;
have an intuitive cloud interface;
are easily scalable for different objects.
It is also worth considering models with the option of renting if you plan to test before buying.
Choosing cleaning equipment for a large facility is a strategic decision that determines the efficiency of daily cleaning, the quality of service, and the economic profitability of the entire process. Simple solutions do not work here: a robot for all floors that can handle various surfaces (tiles, carpet, concrete, laminate) is not a luxury, but a necessity.
With an area of 10,000 m² or more, it is very important to understand that the versatility of the equipment is a key parameter. A robot vacuum cleaner for different surfaces must clean smooth surfaces and soft areas equally well. This is especially critical for shopping centers, multifunctional complexes, and business centers, where different types of floors are mixed and hundreds or even thousands of people pass through every day.
It is also important to consider parameters such as:
Productivity (in m²/h) — to cover a large area in a short time.
Autonomy and tank capacity — so that staff are not distracted by constant maintenance.
Navigation accuracy — so that the robot does not collide with furniture, leave “white spots,” or get lost in corridors.
Carpet cleaning function — for rooms with mixed flooring.
Remote control support — to monitor the process from anywhere and receive reports.
When choosing a robot for laminate and tile, you need to be sure that it is not just a cleaning tool, but a full-fledged part of an automated cleaning system. Reliable devices with cloud control and zoning support, as well as compatibility with smart building systems, are an investment in the safety, cleanliness, and reputation of your facility.
The decision to implement a robot should be made after a thorough analysis of tasks, room layout, traffic patterns, and cleaning schedules. It is worth considering not only purchasing, but also renting or test driving the equipment to check its effectiveness in real conditions.
Finally, the most important point is not to skimp on functionality. One universal and powerful robot for all floors can replace several less productive machines and fully automate the cleaning of premises from 10,000 m², ensuring consistent quality and reducing costs.
A properly selected cleaning robot is not just a piece of equipment, but a sustainable solution for daily, accurate, efficient, and safe cleaning of your facility.
With an area of 10,000 m² or more, it is very important to understand that the versatility of the equipment is a key parameter. A robot vacuum cleaner for different surfaces must clean smooth surfaces and soft areas equally well. This is especially critical for shopping centers, multifunctional complexes, and business centers, where different types of floors are mixed and hundreds or even thousands of people pass through every day.
It is also important to consider parameters such as:
Productivity (in m²/h) — to cover a large area in a short time.
Autonomy and tank capacity — so that staff are not distracted by constant maintenance.
Navigation accuracy — so that the robot does not collide with furniture, leave “white spots,” or get lost in corridors.
Carpet cleaning function — for rooms with mixed flooring.
Remote control support — to monitor the process from anywhere and receive reports.
When choosing a robot for laminate and tile, you need to be sure that it is not just a cleaning tool, but a full-fledged part of an automated cleaning system. Reliable devices with cloud control and zoning support, as well as compatibility with smart building systems, are an investment in the safety, cleanliness, and reputation of your facility.
The decision to implement a robot should be made after a thorough analysis of tasks, room layout, traffic patterns, and cleaning schedules. It is worth considering not only purchasing, but also renting or test driving the equipment to check its effectiveness in real conditions.
Finally, the most important point is not to skimp on functionality. One universal and powerful robot for all floors can replace several less productive machines and fully automate the cleaning of premises from 10,000 m², ensuring consistent quality and reducing costs.
A properly selected cleaning robot is not just a piece of equipment, but a sustainable solution for daily, accurate, efficient, and safe cleaning of your facility.
