If you are looking for an efficient and cost-effective solution for the cleanliness of your commercial premises, cleaning robot for the commercial sector is the answer. These advanced devices improve the quality of cleaning and save time and money. In this article, you will learn how cleaning robots can be used in various commercial areas and what advantages they offer. Let's take a closer look at the best models and their possible uses.
Efficient cleaning for businesses – the most important things at a glance
- Cleaning robot improves efficiency and cleanliness in commercial premises through modern technology and autonomous navigation.
- Different models for small, medium and large areas offer specific solutions and reduced personnel costs of up to 80%.
- The implementation of cleaning robots requires training and support to ensure effective integration into facility management.
What are cleaning robots and how do they work?
Cleaning robots are autonomous machines specifically designed to clean commercial and industrial surfaces. These innovative devices are equipped with advanced technology to ensure efficient and thorough cleaning. Cleaning robots can clean different types of floor coverings, from hard floors to carpets. Thanks to their powerful sensors and navigation systems, they are able to detect and avoid obstacles, allowing for smooth and effective cleaning. The autonomous capabilities of these robots make them an ideal solution for companies looking to optimize their cleaning processes.
Types of cleaning robots
There are different types of cleaning robots that can be differentiated depending on requirements and areas of application. The most common types include:
- Scrubber vacuum robot: These robots are specially designed for cleaning hard floors. They can be equipped with different cleaning agents and techniques to ensure thorough cleaning.
- Staubsaugerroboter: These robots are ideal for cleaning carpets and other soft floor coverings. They use different suction techniques to effectively remove dirt and dust.
- sweeping robot: These robots are designed to clean large areas. They use different sweeping techniques to efficiently remove dirt and debris.
Each of these cleaning robots offers specific advantages and is suitable for different cleaning requirements and environments.
cleaning robots for commercial areas

Cleaning robots have the potential to significantly improve efficiency and cleanliness in commercial premises. By using the latest technology and autonomous navigation, they offer a solution that is both time and cost efficient. Sebotics, a leading provider of cleaning robotics, is committed to taking cleaning and service performance to the next level.
There are specialized cleaning robots for different sizes and requirements of commercial areas. Small areas, medium-sized areas and large areas each require customized solutions to achieve optimal results.
From intensive cleaning in confined spaces to efficient cleaning of large halls, cleaning robots are versatile and offer consistently high cleaning quality in building cleaning.
Small areas
For small commercial spaces such as small offices, hotel rooms or small retail stores, special cleaning robots are the best choice. These robots provide efficient and thorough cleaning in tight spaces, resulting in significant time and cost savings. The Zaco X1000 is, for example, ideal for smaller commercial areas up to 1000 m². With an impressive suction power of 20.000 Pa and precise navigation through LiDAR and 3D-ToF sensors, it ensures thorough and efficient cleaning.
Another excellent model for small spaces is the iKitBot. This cleaning robot is perfect for small and narrow areas such as hotel rooms and restaurants. It cleans autonomously, quietly and efficiently with dry and wet cleaning, thus offering complete cleaning coverage.
Both models are easy to use and particularly suitable for tight spaces that require regular clean floors.
Medium-sized areas
For medium-sized commercial spaces such as public buildings, shops and medium-sized offices, robust and versatile cleaning robots are required. These devices are ideal for ensuring cleanliness in areas that are heavily frequented and require thorough cleaning. The Sebotics CC1 Robot cleaner is an excellent choice here. It is specially designed for medium to large areas and can clean continuously for over 5 hours thanks to its 15-liter fresh water tank and 17-liter waste water tank.
Another model that is suitable for medium-sized areas is the J40This robot offers a running time of 3 to 8 hours and a cleaning width of 600 mm. With its ability to vacuum and wet mop at the same time, it is particularly efficient in offices, warehouses and smaller industrial halls.
Easy control via a mobile app and automatic generation of coarse dirt reports make it a practical solution for medium-sized commercial environments.
Large areas
For large commercial areas such as logistics centers, factories and large shopping centers, powerful cleaning robots are needed that are able to clean large areas efficiently. The Sebotics J40 Cleaning robot is ideally suited to these requirements. With a robust 5-in-1 cleaning system that includes mopping, vacuuming, scrubbing, dry vacuuming and sweeping, the J40 can clean up to 1800 m² per hour.
Another model designed for large areas is the CC1. This cleaning robot can clean up to 1000 m² per hour and is equipped with an automatic filling and emptying system that allows it to operate without interruptions. The combination of high cleaning performance and noise reduction makes it ideal for use in large, high-traffic areas such as hospitals and shopping centers.
The Kärcher KIRA B 50 scrubber-dryer robot is an efficient and autonomous solution for floor cleaning in commercial and industrial environments. It is particularly suitable for large areas and relieves the workload of cleaning staff thanks to its user-friendly design and the ability to work autonomously.
The best cleaning robots for commercial use presented
The selection of cleaning robots for commercial applications is diverse and includes devices that have been specifically developed for different requirements.
Here are some examples of the different possible uses:
- Small offices
- Large industrial halls
- retail stores
- educational institutions
- Health services
There is a suitable cleaning robot for every requirement.
These robots offer a versatile solution for businesses by combining different types of cleaning in one device, saving time and money.
Sebotics J40 cleaning robot
The Sebotics J40 is a powerful cleaning robot that is ideal for medium to large areas, such as:
- Locations
- warehouses
- Shopping centers
- Hospitals
It combines vacuuming, wet mopping, scrubbing and dry vacuuming in one device, making it a comprehensive cleaning solution.
Thanks to LiDAR-assisted SLAM navigation, the J40 independently creates detailed maps of the cleaning area, providing precise and efficient cleaning. With a running time of 3 to 8 hours and a maximum cleaning performance of up to 1800 m²/h, the J40 is ideal for use in large and busy environments.
The intuitive app control, which also enables automatic notifications in case of coarse dirt, makes it particularly user-friendly.
Sebotics CC1 cleaning robot
The Sebotics CC1 was specially developed for large commercial areas such as shopping centers, hospitals and public buildings. With a suction power of 17.000 Pa and an integrated fresh water tank of 15 liters and a waste water tank of 17 liters, the CC1 ensures an efficient and long cleaning time of up to 5 hours.
Equipped with PUDU SLAM navigation, which combines lidar, camera and ultrasound, the CC1 navigates precisely through complex environments. The CC1's automatic docking station provides automated water and sewage supply and power supply, minimizing operational interruptions and allowing the robot to work continuously.
These features make the CC1 an ideal solution for cleaning large, high-traffic commercial areas.
iKitBot cleaning robot
The iKitBot is ideal for small to medium-sized areas such as offices, restaurants and hotel rooms where regular cleaning is required. With the vacuuming, mopping, sweeping and dry vacuuming functions, the iKitBot cleans thoroughly even in hard-to-reach places.
Thanks to its low-noise performance with a volume of less than 55 dB and an operating time of up to 8 hours, the iKitBot is ideal for quiet environments.
The simple operation via app allows flexible control and adjustment of the cleaning plan. The robot can drive to its station independently to charge the battery or refill water, which further increases user-friendliness.
Zaco X1000 cleaning robot
The Zaco X1000 is particularly suitable for smaller commercial spaces up to 1000 m², such as small shops, offices and hotel lobbies. Equipped with LiDAR and ToF sensors as well as a 6-axis inertial sensor, the Zaco X1000 navigates precisely and effectively avoids obstacles, enabling efficient area coverage. With a suction power of 20.000 Pa and a 3-liter dust container, the Zaco X1000 is optimized for intensive cleaning and does not require vacuum cleaner bags.
It is controlled via a smartphone app that allows easy adjustment of the cleaning mode and times so that it can clean continuously and as needed. This flexibility and ease of use make the Zaco X1000 an excellent choice for smaller commercial spaces.
Autonomous cleaning solutions for commercial, industrial and private use
Modern Sebotics cleaning robots enable fully autonomous operation and increase efficiency and productivity in companies through their ability to work around the clock. These robots are equipped with powerful sensors that enable 360° environmental detection and offer safe collision avoidance and obstacle avoidance.
They provide thorough cleaning right up to the edge of surfaces and can transport dirt directly into the cleaning path, which improves the quality of cleaning.
Intelligent navigation
Cleaning robots use modern technologies for effective navigation. LiDAR and SLAM technology enable precise object detection and mapping, enabling efficient and autonomous motion planning. The J40 and Zaco X1000 use advanced LiDAR-based SLAM navigation, while the CC1 is equipped with a combination of lidar, camera and ultrasound to ensure accurate mapping of the room.
The iKitBot models can autonomously sense rooms and create detailed maps to ensure that all corners are thoroughly cleaned. These technologies allow the cleaning robots to establish autonomous and efficient cleaning processes, resulting in seamless coverage and complete autonomy.
docking stations
Docking stations allow cleaning robots to charge and change water autonomously, increasing uptime. The autonomous charging function reduces maintenance and keeps the cleaning robots ready for use. The docking stations for the CC1 and J40 offer automatic charging and water changing so that the robots can work without interruption, which significantly increases the efficiency of the cleaning robots.
Docking stations offer the following advantages for cleaning robots:
- Autonomous charging, which increases operating time
- Water changes that increase efficiency
- Reduced maintenance effort that keeps the robots operational
- Automatic charging and water change for the CC1 and J40 models, allowing the robots to work without interruption
These functions significantly increase the efficiency of the cleaning robots.
The iKitBot and Zaco X1000 models also feature automatic charging stations that reduce maintenance and improve uptime. By using the docking stations, the robots can monitor and drain their water levels independently, minimizing maintenance costs and manual effort.
Control cleaning robots for industry and commerce via app
Programming and controlling cleaning robots is done through mobile apps or direct control systems. All models featured, including the J40, CC1, iKitBot and Zaco X1000, allow control and programming through a user-friendly mobile app that offers easy customization of cleaning modes and times. These apps provide real-time monitoring features and detailed cleaning reports that increase efficiency and streamline the management of cleaning operations.
Sebotics offers support and maintenance services for all models, including installation, staff training and regular software updates. This ensures that the robots always remain up to date with the latest technology and deliver the best possible performance.
Increasing efficiency through cleaning robotics
Traditional cleaning techniques are often time-consuming and expensive, making cleaning robots an attractive alternative.
Autonomous cleaning robots offer:
- time savings
- money saving
- Energy savings
- No need for special training
The cost of conventional cleaning is around 20% higher than that of cleaning robots. In addition, cleaning robots work autonomously, reduce personnel costs and ensure a high quality of cleaning.
By using cleaning robots, the consumption of water and detergents is significantly reduced, making cleaning sustainable. These machines also reduce electricity consumption and the use of chemicals, which minimizes both costs and environmental impact.
reduction of personnel costs
By using cleaning robots, companies can achieve significant savings in labor costs. Up to 80% of personnel costs can be reduced by using Sebotics cleaning robots for floor cleaning. These robots relieve skilled workers by taking over time-consuming floor cleaning tasks, allowing employees to concentrate on more demanding tasks.
The implementation of cleaning robots therefore leads to an effective reduction in personnel costs and a reduction in the workload of employees. This is particularly important in times of a shortage of skilled workers, when it is difficult to find qualified cleaning staff.
Optimization of cleaning processes
Mobile apps offer a user-friendly way to efficiently control cleaning robots and monitor their status. The app allows cleaning staff to plan tasks and track the performance of the robots in real time. Sebotics cleaning robots improve cleaning quality by being specially developed for different applications and impressing with their robust construction and consistent performance.
Real-time data on cleaning performance is critical for optimizing facility management processes. This data enables companies to monitor and adjust cleaning processes to ensure maximum efficiency.
Challenges and solutions in implementation
The introduction of cleaning robots can be hampered by the lack of qualified staff. Cleaning robots usually need to be integrated into existing teams to be fully effective.
However, the use of cleaning robots also leads to an improvement in working conditions, as dangerous and repetitive tasks can be taken over by the robots.
Integration into facility management
A significant obstacle to the introduction of cleaning robots is the lack of qualified personnel in the industry. To encourage employee acceptance, implementation requires user-friendly interfaces. Successful integration enables the provision of real-time data on cleaning performance, which optimizes facility management processes.
Using user-friendly interfaces makes it easier to use cleaning robots and promotes their acceptance among employees. This is an important step to maximize the efficiency and effectiveness of cleaning processes.
Training of employees
Cleaning robots take over monotonous cleaning tasks, allowing human employees to focus on more demanding cleaning work. Training covers how to operate, maintain and troubleshoot the cleaning robots. Purchasing cleaning robots allows companies to adapt the equipment to their specific needs and use it long-term without a contract.
The training programs also include strategies for effective troubleshooting and maintenance of the cleaning robots. This ensures that employees are well prepared to use the robots and can use their full performance.
Maintenance and support
Regular maintenance of cleaning robots usually also includes software updates to ensure the performance and functionality of the equipment. Preventative maintenance measures are crucial to reduce Sebotics robot downtime. Sebotics cleaning robots are generally low maintenance and require daily inspections by staff.
In addition to operation, employee training is also offered on how to care for the cleaning robots. The Sebotics support team is available Monday to Friday between 8:00 a.m. and 18:00 p.m. to help with technical questions and problems.
Regular cleaning and software updates are necessary to meet the maintenance requirements of cleaning robots and maximize their performance.
Areas of application for commercial cleaning robots
Cleaning robots are ideal for use in a wide range of applications. They are ideal for public buildings, commercial halls, shops and medium-sized premises. Powerful models can be used in logistics centers, airports, warehouses or exhibition halls as well as factories.
These robots are ideal for small and large areas as well as different types of floors and help to improve the first impression of companies, which is important for customers and business partners.
Offices and administrative buildings
In offices and administrative buildings, cleaning robots such as the Zaco vacuum robot can clean up to 150 m² per hour, ensuring clean working environments. These robots are particularly suitable for sensitive floors so as not to damage them. Through regular and thorough cleaning, they help to maintain a pleasant and productive working atmosphere.
Cleaning robots can make work much easier, especially in large office buildings where many employees work. They ensure that the floors are always clean and thus minimize the risk of accidents caused by slipping or tripping.
shopping centers and retail
In shopping malls and retail stores, cleaning robots contribute significantly to cleanliness and increase customer satisfaction. Autonomous robots such as the Sebotics CC1 improve cleanliness by using sensors and artificial intelligence to clean efficiently. This not only ensures a pleasant shopping experience, but can also positively influence the store's image.
The continuous cleaning provided by these robots helps maintain the appearance of the retail space and ensures that floors are always spotless. In addition, autonomous cleaning minimizes the need for manual intervention, which reduces operating costs and increases efficiency.
Airports and train stations
For airports and train stations that have to deal with large traffic areas and high passenger volumes, specialized cleaning robots are essential. Models like the Sebotics J40 are ideal for these environments as they clean large areas efficiently while ensuring passenger safety. The ability to work continuously and reliably avoid obstacles makes these robots particularly valuable in high-traffic areas.
Cleaning large traffic areas requires powerful and reliable equipment that can meet the high demands. Cleaning robots offer an effective solution to ensure cleanliness and safety in airports and train stations without disrupting normal operations.
The way to your new cleaning robot
If you are looking for a new cleaning robot for your business, you should take the following steps:
- Determine your requirements: Determine what type of cleaning robot you need and what features it should have, taking into account the size of the areas to be cleaned and the type of floor coverings.
- Do your research: Learn about different robot cleaners and their features. Compare models and read reviews to make an informed decision.
- Consult: Consult an expert to find the right cleaning robot for your business. A professional can help you identify the best solution for your specific needs.
- Test: Test the cleaning robot before you buy it to make sure it meets your needs. Many suppliers offer trial periods where you can try out the devices in your environment.
These steps will ensure that you find the optimal cleaning robot for your company and implement it successfully.
Purchase, rental or leasing of cleaning robots
Companies have several options for acquiring cleaning robots, including purchasing, renting and leasing. Each of these options offers specific benefits and can be chosen depending on a company's individual needs and financial capabilities.
The advantages of the individual acquisition models are explained in more detail below.
Advantages of purchasing
Purchasing cleaning robots offers cost efficiency through customization and residual value after use. Companies have control over the maintenance of their cleaning robots and avoid long-term contracts, giving them more flexibility and independence. This is particularly beneficial for companies that plan for the long term and want to customize their equipment to their specific needs.
In addition, the purchase enables the cleaning robots to be fully integrated into existing work processes and the equipment to be used without restrictions due to rental or leasing contracts. This can lead to significant cost savings in the long term and further increase the efficiency of the cleaning processes.
Benefits of renting
Renting provides access to the latest technology, which is particularly beneficial for smaller businesses. Rental contracts are flexible because they can be adapted to different contract periods. The number of devices can also be adjusted accordingly. This allows companies to respond quickly to changes in their cleaning needs without making large financial commitments.
Another advantage of renting is that comprehensive maintenance and repair services are included in the rental contracts. After the rental period has expired, there is also the option to upgrade to the latest models, which ensures that companies can always benefit from the latest technological developments.
Advantages of leasing
Leasing allows companies to preserve liquidity as there are no large one-off expenses. This is particularly attractive for larger companies that want to regularly update their machine parks. Leasing allows companies to use their financial resources more efficiently while benefiting from modern cleaning technologies.
In addition, leasing helps to preserve liquidity and enables regular updating of the machine park. This ensures that companies always work with the latest and most efficient equipment, which further increases cleaning quality and efficiency.
future of cleaning robotics
Cleaning robotics is a fast-growing field that will continue to gain importance over the next few years. Demand for cleaning robots is expected to continue to rise in the coming years as companies increasingly recognize the benefits of automation. Cleaning robot technology is continuously evolving to ensure even more efficient and thorough cleaning. Future innovations could include improved sensors, more advanced navigation systems and even greater autonomy. Companies that invest in this technology early can benefit from the numerous advantages and optimize their cleaning processes in the long term.
Summary – Commercial cleaning robots are a worthwhile investment
Cleaning robots offer a variety of benefits for commercial applications, from reducing personnel costs to optimizing cleaning processes. They are able to significantly improve efficiency and cleanliness in companies, while reducing operating costs. The different models we have presented show the diversity and adaptability of this technology to different requirements and environments.
In conclusion, the use of cleaning robots is not only an investment in cleanliness, but also in the future viability of your company. Take the opportunity to modernize your cleaning processes and benefit from the numerous advantages offered by these innovative solutions. Be inspired by the world of cleaning robotics and take your company to the next level.
Frequently asked questions about commercial cleaning robots
Commercial cleaning robots increase efficiency, reduce costs and ensure consistently high cleaning quality, making them a valuable investment for companies.
Cleaning robots navigate using technologies such as LiDAR and SLAM, which both map the environment and detect obstacles, ensuring precise and efficient cleaning.
Sebotics supports the implementation of cleaning robots through comprehensive project planning, installation, training and a technical hotline. This ensures smooth operation.
Purchasing cleaning robots offers cost efficiency and customization options while avoiding long-term contracts, making them a flexible and economical solution for cleaning.
Cleaning robots can significantly reduce personnel costs by automating time-consuming tasks and thus saving up to 80% of costs.