Cleaning robots for industry | These are the best models

The branch of putzrobot Robotic cleaning has experienced incredible growth over the past decade, and it's not hard to see why. These devices have completely changed the way we clean warehouses and industrial spaces. Looking back over the past few years, it's astonishing how quickly technology has evolved. From simple robot vacuum cleaners to sophisticated models that can mop, scrub, and even empty their own dustbins. Anyone who's ever wanted a helper to clean industrial warehouses will be thrilled with these robots.

Cleaning robots in industry – the most important things at a glance

• cleaning robots for industry save time, reduce personnel costs for cleaning by up to 80% and save a considerable amount of water, which means that the investment often pays for itself after just 6 months.
• Whether in warehouses, production facilities, airports or offices – cleaning robots improve cleanliness, hygiene and occupational safety in a wide variety of industrial environments.
• Advanced navigation systems such as LiDAR and SLAM enable autonomous, seamless cleaning without much human intervention.
• With innovations in AI, sensors and sustainability, future models will be even more intelligent, efficient and resource-saving.

The 4 most popular cleaning robots for industry include:

• 1. The J40 cleaning robot - The J40 ideal for medium-sized areas
• 2. The Sparkoz TN70 –  TN70 is suitable for large areas such as warehouses.
• 3. The Zaco X1000 – The small and compact powerhouse
• 4. The ikitbot – Effortless cleaning of industrial surfaces

What are industrial cleaning robots and how do they work?

Industrial cleaning robots are sophisticated, autonomous machines specifically designed for cleaning large areas in factories, warehouses, and commercial buildingsThey use state-of-the-art sensors, artificial intelligence, and automated navigation to efficiently and autonomously remove dirt, dust, and liquids. Thanks to precise mapping technologies, they can analyze their surroundings, detect obstacles, and optimize cleaning routes.

Some models offer features such as scrubbing technology or customizable cleaning modes for different floor coverings. Their autonomous operation reduces personnel requirements, lowers operating costs, and ensures consistently high cleaning quality—a key advantage for companies looking to maximize efficiency and cleanliness in their work areas.

Intelligent navigation also possible in large industrial halls

Industrial cleaning robots utilize 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 utilize advanced LiDAR-based SLAM navigation, while the CC1 is equipped with a combination of LiDAR, camera, and ultrasound to ensure precise room mapping.

The iKitBot models can autonomously scan rooms and create detailed maps, ensuring every corner is thoroughly cleaned. These technologies enable the cleaning robots to establish autonomous and efficient cleaning processes. This results in seamless coverage and complete autonomy for these helpers.

Advantages of Sebotics cleaning robots at a glance

• Modern cleaning robots can be remotely monitored and controlled via app or software.
• Reduce personnel costs and reduce cleaning costs by up to 80% in the long term.
• Automated cleaning enables continuous operation without interruption.
• Even and thorough cleaning of large areas through advanced sensors and AI
• Use in various environments such as warehouses, production facilities and offices.
• Reduced water and detergent consumption through intelligent dosing systems.
• Minimize the risk of accidents caused by slippery floors or manual cleaning work.

The best models for cleaning industrial areas presented

1. The J40 – Versatile and our absolute recommendation for medium-sized areas

The J40 is an excellent choice for medium-sized spaces or offices. The J40 is an all-in-one device solution and ideal for industrial use.

This robot cleaner offers the perfect balance between performance and versatility, making it suitable for a wide range of tasks. In our opinion, this is one of the most versatile machines on the market and offers excellent value for money.

What sets the J40 apart is its advanced navigation system. It uses intelligent sensors to map the room and clean in an organized pattern, ensuring no spot is missed. Furthermore, its battery life is excellent, allowing it to clean large areas without frequent recharging. If you value efficiency and reliability, the J40 is perfect for you. It's like having a reliable friend always by your side while cleaning.

2. Of the Sparkoz TN70 – The high-performance cleaning solution for industry

When it comes to large areas, the Sparkoz TN70 is in a class of its own. Designed for warehouses, large offices, or even outdoor areas, this high-performance cleaning robot is a powerhouse for big jobs. What we admire here is its sheer capacity—it can handle large cleaning tasks without breaking a sweat. If you have a lot to do, this is exactly the right robot.

One of the things that sets the Sparkoz TN70 apart is its adjustable settings. You can adjust the power and speed to suit the task at hand, which is very useful in large spaces with varying conditions. While it's a larger investment, it's worth every penny, saving time and effort. Consider it the ultimate cleaning tool for large projects—it's designed to tackle even the toughest challenges.

3. The Zaco X1000 – Ideal for small areas 

If you have a small area to clean, the Zaco X1000 A true game-changer for the industry. What we like about this model is the efficiency with which it gets into tight corners and under furniture. It's like having a little cleaning expert that remembers and covers every corner of the room. This model is also very quiet.

The device works discreetly in the background, allowing all employees to work undisturbed. It is also easy to maintain thanks to washable filters. If you have a cleaning robot that is both efficient and unobtrusive and suitable for industrial applications, the Zaco X1000 is a fantastic option.

4. iKitBot cleaning robot – effortless cleaning of industrial surfaces

The iKitBot is specially designed for small to medium-sized industrial areas, warehouses, and production areas where regular and thorough cleaning is required. With its versatile features – Vacuuming, wiping, sweeping and dry vacuuming – it reliably removes dirt and dust, even in hard-to-reach areas.

Thanks to his quiet operation (<55 dB) and an Battery life of up to 8 hours The iKitBot can also be used in noise-sensitive production environments without disrupting operations.

The intuitive App-Control allows for flexible adjustment of the cleaning schedule. The robot also returns to the charging station independently to recharge the battery or refill water – for a consistently efficient and autonomous cleaning process.

Types of cleaning robots in industry – What options are there?

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.

Choosing the right cleaning robot – How how to proceed

With so many options on the market, choosing the right robot cleaner can be daunting. The key is considering your specific needs. For small spaces, the Zaco X1000 is a great choice due to its compact size and efficiency. For medium-sized areas, the J40 offers a balance of power and versatility. And for large spaces, the Sparkoz TN70 is the ultimate high-performance solution.

Contact us for a free quote. We'll assess the size of the area, the type of flooring, the frequency of robot use, the floor plan, and the structural conditions.

It's like choosing the right tool for a specific job—when you find the perfect one, your work life becomes easier. Don't be afraid to invest in a model that improves your workflow—the convenience and time savings are worth it many times over.

Areas of application for industrial cleaning robots

Industrial cleaning robots are used in numerous areas where large areas need to be cleaned efficiently and reliably. They are ideal for production halls, warehouses, logistics centers, and commercial spaces where manual cleaning would be too time-consuming or costly. Thanks to their advanced sensor technology and navigation systems, they can move autonomously, avoid obstacles, and optimize cleaning routes.

Production and warehouse halls

In industry, cleanliness and hygiene are essential to ensure smooth workflows and maintain safety standards. Cleaning robots in production facilities reliably remove dust, dirt, and oil residues that accumulate during operations. In warehouses, where goods are moved daily, they ensure continuous cleanliness, reduce accident risks, and contribute to regulatory compliance.

Logistics centers and commercial areas

Large logistics centers and commercial buildings benefit from autonomous cleaning by industrial cleaning robots. They enable consistent and systematic cleaning of floor surfaces, even in high-traffic areas. Especially in shift operations or 24/7 operations, they provide a consistent cleaning solution without disrupting operations.

Train stations, airports and exhibition halls

Transportation hubs such as train stations and airports place high demands on cleanliness, as thousands of people enter the areas every day. Here, cleaning robots ensure continuous floor maintenance and reduce the need for manual cleaning crews. Autonomous cleaning systems also ensure a consistently well-maintained appearance in exhibition halls, where events with high visitor volumes regularly take place.

Office and administration building

In office buildings, cleaning robots improve hygiene and contribute to a pleasant working environment. They remove dust and dirt from carpets and hard floors, which is particularly beneficial in open-plan offices with large numbers of employees. Regular cleaning not only optimizes the appearance but also improves air quality.

Industrial cleaning robots are a pioneering solution for companies looking to increase efficiency, reduce costs, and reliably ensure cleanliness in large spaces. With state-of-the-art technology and high adaptability, they are revolutionizing cleaning processes in industry without disrupting normal operations.

Docking stations for industrial cleaning robots

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.

Increasing efficiency through cleaning robotics

Traditional cleaning methods are often costly and time-consuming. The use of autonomous cleaning robots offers an efficient solution that reduces operating costs and improves cleaning quality.

Advantages of industrial cleaning robots:

• Time and cost savings through automated processes
• Reducing energy and water consumption for more sustainable cleaning
• Minimizing personnel costs without extensive training
• Consistently high cleaning quality through precise sensor control

Depending on the application, the costs of conventional cleaning can be 20–80% higher than those of using robotic cleaners. Additionally, the use of chemicals and resources is reduced, offering both economic and environmental benefits. We are therefore pleased to be setting a sustainable example by introducing these models.

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 industrial cleaning robots can be hampered by the lack of qualified personnel. To ensure efficient use, these automated systems must be seamlessly integrated into existing operational processes.

Nevertheless, their use leads to a significant improvement in working conditions, as dangerous or repetitive cleaning tasks are automated. This reduces physical strain on employees and allows for greater focus on supervisory or specialized activities.

Integration into industrial facility management

A major obstacle to implementing cleaning robots in industrial facilities is staff acceptance. User-friendly interfaces are crucial to ensure ease of use and increase acceptance. Furthermore, modern systems enable real-time monitoring of cleaning processes, optimizing efficiency and traceability within facility management.

The implementation of intelligent control and monitoring systems not only facilitates operation but also contributes to the continuous improvement of cleaning processes.

employee training

Industrial cleaning robots take over routine tasks, allowing professionals to focus on more complex cleaning needs. Training programs are essential to ensure the safe and efficient use of the equipment. These include operation, maintenance, and troubleshooting strategies to ensure maximum operational performance.

Companies also benefit from the ability to adapt robot solutions to specific industrial requirements, enabling long-term, flexible use without contractual obligations.

Maintenance / technical support

Regular maintenance is essential to maintain the performance of cleaning robots. This includes not only mechanical inspections but also software updates to optimize functions and operational processes. Preventive maintenance measures help minimize downtime and extend the lifespan of the devices.

Industrial cleaning robots are generally low-maintenance, but require daily functional checks by personnel. Technical support is also available to provide timely assistance in case of questions or problems. Regular maintenance and system updates ensure that the cleaning robots are always state-of-the-art and maintain their maximum efficiency.

How to find the right industrial cleaning robot

To select the optimal cleaning robot for your production or warehouse environment, you should proceed systematically:

1. define requirements – Consider which areas need to be cleaned, what floor coverings are present and what functions the robot needs to perform.
2. Conduct market analysis – Compare different models in terms of performance, efficiency and additional features to make an informed decision.
3. Obtain expert advice – Experts can help you find a solution that is optimally tailored to the specific needs of your company.
4. Conduct practical test – Use trial offers to ensure that the robot meets your requirements and integrates seamlessly into your operations.

This structured approach ensures that your company benefits from an efficient, automated cleaning solution.

Purchase, rental or leasing of cleaning robots in industry

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.

Maintenance tips for cleaning robots

Regular maintenance is essential to keeping your robot cleaner in top shape. For the Zaco X1000, this means cleaning the filters and brushes after each use. The J40 and Sparkoz TN70 also benefit from routine checks such as emptying the waste bin and checking the sensors. A little bit of care goes a long way toward ensuring your robot performs at its best. We have dedicated guides for you, and our customers receive clear support in this regard.

Another tip: Store your robot in a cool, dry place. Humidity or extreme temperatures can damage the internal components. Think of it like car maintenance: Regular maintenance will ensure it runs smoothly for years to come.

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 – Industrial cleaning robots are a worthwhile investment

Industrial cleaning robots are revolutionizing cleanliness in production facilities and warehouses by increasing efficiency and reducing operating costs. Automated use reduces personnel costs while ensuring a consistently high level of cleaning. The variety of models allows for flexible adaptation to different industry requirements and operating environments.

The use of this modern cleaning technology is far more than an optimization measure—it's a strategic step toward future viability and competitiveness. Seize the opportunity to modernize your industrial cleaning processes and benefit from innovative, resource-saving solutions.

Frequently asked questions about industrial cleaning robots