Hygra cleaning robots combine powerful cleaning technology with intelligent design - for spotless cleanliness without any effort.
Autonomous mopping robot with compact design - ideal for retail, supermarkets and narrow aisles, works collaboratively with staff.
Intelligent robot vacuum cleaner for offices and workspaces (e.g. reception, meeting rooms), suitable for various floor types with HEPA filtration.
Robust, industrial-grade solution: vacuums, sweeps and filters dust in large areas - without water, ideal for the wood/metal industry, warehouses & logistics.
Robot vacuum & mop for busy commercial premises - smart navigation without mapping, can be used almost autonomously.
| Model | Room size | Cleaning functions | Additional functions | Areas of application |
|---|---|---|---|---|
| ZACO X1000 | Small to medium-sized rooms up to approx. 150 m² |
✔ Vacuuming ✔ Mopping |
HEPA filter ✔ Touchscreen Autonomous navigation system ( LiDAR, ToF) |
Offices, coworking spaces, reception areas |
| ICE COBI 18 | Small to medium-sized rooms up to approx. 800 m² | ✔ Wipe |
✔ Teach & repeat navigation ✔ i-Synergy fleet management ✔ Collaborative cobot operation |
Retail, healthcare, gas stations |
| FIMAP CB-1 | Medium to large areas up to approx. 2000 m² |
✔ Mopping ✔ Drying |
✔ CO₂ tracking 360° sensor technology & LiDAR ✔ Energy-saving mode (FES) |
Supermarkets, airports, public buildings |
| KEMARO K900 Gen II | Large areas up to 20,000 m² (scalable to 100,000 m²) |
✔ Vacuuming ✔ S weeping |
✔ Dry suction system (without water) ✔ AI navigation & mapping ✔ Cloud fleet management |
Industrial halls, warehouses, production facilities |
Nursing homes & clinics
Supermarkets, department stores, malls
Warehouses & halls
Airports, train stations
Hotels, restaurants, cafés
Schools, daycare centers, offices
Sports facilities, museums, movie theaters
Car dealerships, furniture stores
Yes, most modern cleaning robots automatically recognize the surface and adjust their suction power accordingly. On hard floors, they clean thoroughly and quietly, while on carpets they often switch to a more powerful suction mode. However, high-pile carpets can be problematic - it depends on the model.
A robot vacuum cleaner removes dust, crumbs and hair using a rotating brush and suction power. A robot mop also cleans damp with a water tank and mop cloth. Many devices today combine both in a 2-in-1 system.
Good models with strong suction power and rubber brushes are very effective on pet hair - especially on smooth floors. It is important to clean the brushes regularly so that no hair gets caught in them. Special "pet" models are optimized for pet households.
No, modern cleaning robots are equipped with fall sensors. These reliably detect stairs or edges and stop the robot in good time. Nevertheless, it is advisable to clean the sensor area regularly to ensure that it works reliably.
No, modern cleaning robots are equipped with fall sensors. These reliably detect stairs or edges and stop the robot in good time. Nevertheless, it is advisable to clean the sensor area regularly to ensure that it works reliably.
Yes, there are specialized cleaning robots for commercial use - with larger dust containers, more powerful batteries, higher area performance and often with an automatic charging and emptying station. They are suitable for offices, hotels, warehouses or sales areas.
That depends on the model:
Standard models: up to approx. 150-250 m²
Professional/industrial appliances: up to over 1000 m²
Many appliances can automatically return to the charging station when the battery is empty and then continue working in the same place (uninterrupted cleaning).
Ja, die meisten Geräte lassen sich zeitgesteuert programmieren – z. B. zur Reinigung vor Öffnung, nach Geschäftsschluss oder nachts. Viele Geräte sind zudem leise genug (<65 dB), um auch während des Betriebs in Büros oder Hotels zu reinigen, ohne zu stören.
Digital exclusion zones in the app or physical barriers can be used to exclude certain rooms, zones or floor types. Some models even offer access control via RFID or are controlled centrally via a building management system.
Commercial cleaning robots are designed for intensive use. Nevertheless, brushes, filters and sensors must be checked regularly (e.g. weekly). Many models offer automatic status messages when maintenance is required or components are blocked.
Modern devices use LiDAR, cameras or 3D sensors for precise navigation - even in changing environments. They recognize people, furniture and obstacles and adapt the route dynamically. A model with AI-based navigation is recommended for heavily frequented areas.
Time savings for cleaning staff
Continuous maintenance cleaning, also outside working hours
Reduced personnel costs for simple routine tasks
Consistent cleaning quality
For large areas: significantly fewer cleaning cycles per square meter
