Digitised processes and autonomous systems – topics of the future, yet challenges that have long since reached the Cleaning technology market. Hako meets these challenges with over 70 years of experience, a keen sense for our customers’ needs, and pioneering ideas creating significant impetus for the future of professional indoor cleaning.
The autonomous cleaner
The interest in autonomous machines has also increased strongly in the cleaning industry – not least due to the growing shortage of skilled cleaning staff. In order to meet the requirements of both the present and the future even better, we are continuously working on solutions that are efficient and safe and offer our customers economic added value. With the Scrubmaster B75 i, Hako is presenting an autonomous cleaning machine developed in close consultation with experts from science as well as important findings from practical experience.
Next-generation cleaning robot
By the end of 2026, the Scrubmaster B20 i expands the product portfolio with a compact solution designed specifically for environments where space is limited but high standards of cleanliness and process reliability are required. Intelligent navigation, precise sensors, and a fully automatic docking process ensure stable operation during continuous use. Digital features such as connectivity to the Hako B20 i app ensure transparent workflows, predictable operations, and efficient control of cleaning processes.
Technology becomes autonomous
Scrubmaster B20 i and B75 i clean taught routes independently and reliably. The 3D camera system with certified LiDAR sensors enables machine vision and ensures that the autonomous scrubber-driers navigate safely even in complex environments. And the fact that they always achieve consistently good and even optimised cleaning results compared to manual cleaning is ensured by high-quality Hako technology: Depending on the type of floor and degree of soiling, Scrubmaster B20 i and B75 i can be equipped with a disc brush system or with a cylindrical brush and side brooms.
Technology becomes autonomous
Scrubmaster B20 i and B75 i clean taught routes independently and reliably. The 3D camera system with certified LiDAR sensors enables machine vision and ensures that the autonomous scrubber-driers navigate safely even in complex environments.
Technology becomes autonomous
Scrubmaster B20 i and B75 i clean taught routes independently and reliably. The 3D camera system with certified LiDAR sensors enables machine vision and ensures that the autonomous scrubber-driers navigate safely even in complex environments. And the fact that they always achieve consistently good and even optimised cleaning results compared to manual cleaning is ensured by high-quality Hako technology: Depending on the type of floor and degree of soiling, Scrubmaster B20 i and B75 i can be equipped with a disc brush system or with a cylindrical brush and side brooms.
Safety remains a matter of course
As the particular challenge of autonomous cleaning technology lies in its use in complex, public and changing environments, safety also plays a major role. This is why Hako has also placed a special focus on safe obstacle detection with the Scrubmaster B20 i and B75 i – with success: the autonomous scrubber-driers either safely drive around the detected obstacles, continue cleaning at the next segment of the taught route, or send a message to the user that assistance is needed to continue the cleaning path.
Safety remains a matter of course
As the particular challenge of autonomous cleaning technology lies in its use in complex, public and changing environments, safety also plays a major role.
Safety remains a matter of course
As the particular challenge of autonomous cleaning technology lies in its use in complex, public and changing environments, safety also plays a major role. This is why Hako has also placed a special focus on safe obstacle detection with the Scrubmaster B20 i and B75 i – with success: the autonomous scrubber-driers either safely drive around the detected obstacles, continue cleaning at the next segment of the taught route, or send a message to the user that assistance is needed to continue the cleaning path.