The C40 robot features 4-in-1 functions: Sweeping, vacuuming, mopping, and drying in a single pass.

The C40 robot offers 4-in-1 functions: sweeping, vacuuming, scrubbing, and drying in a single pass.
Its triple brush system enables efficient vacuuming for both dry and wet cleaning.
Its intelligent 3D navigation system allows it to adapt to complex environments.
After mapping the surfaces to be cleaned, the TEC4H-ROBOTICS KEENON C40 autonomous cleaning robot allows aquatic centers to autonomously ensure the cleaning of all surfaces (pool decks, reception areas, corridors, changing rooms, sports halls, etc.) throughout the day, covering up to 4000 M2. It automatically recharges at its Docking Unit without staff intervention. The C40 can also manage the opening of motorized doors (Optional).
Over 700 patents have been filed in the development of KEENON's robot range (a global leader in its field). This expertise originates from surgical intervention robots.
This technology, highly developed in Asia, is now appearing in Europe, where it applies to numerous activity sectors. The advantage is its ability to adapt to all types of pools, old or new, without special modifications, and thus, at a reduced cost, offer an alternative to subcontracting or additional hires.
Using the C40 not only simplifies maintenance tasks around pool areas but also saves time for maintenance staff by eliminating repetitive tasks. Floors are always impeccably clean.
The C40 enhances the establishment's image by demonstrating a commitment to hygiene and cleanliness. It also allows the operator to engage in a CSR (Corporate Social Responsibility) approach by considering the arduousness of their employees' work and reducing repetitive tasks. The robot operates both during and outside opening hours, thus allowing for a greater working time span without increasing costs (including weekends and public holidays).
This innovation addresses several needs:
> Increasing automation of cleaning tasks: Labor shortage, high labor costs.
> Increased hygiene requirements.
> Optimization of operational costs with a sustainable and long-term profitable solution.
> Adaptability to building configurations thanks to its sensors and 3D perception.
> Less waste compared to manual cleaning methods.
> Improved image of the aquatic center.