{"id":4945,"date":"2026-09-29T20:29:54","date_gmt":"2026-09-29T20:29:54","guid":{"rendered":"https:\/\/cenobots.rs\/en\/?p=4945"},"modified":"2026-09-29T20:30:31","modified_gmt":"2026-09-29T20:30:31","slug":"how-can-multiple-cenobots-robots-work-in-the-same-facility","status":"publish","type":"post","link":"https:\/\/cenobots.rs\/en\/how-can-multiple-cenobots-robots-work-in-the-same-facility\/","title":{"rendered":"How can multiple CenoBots robots work in the same facility?"},"content":{"rendered":"

How can multiple CenoBots robots work in the same facility? Multiple CenoBots robots<\/a> can work in the same facility when their zones, tasks, and operating methods are aligned with the space in advance. Multiple units of the same model can increase the cleaning capacity of a large area. Different models can handle different stages of floor maintenance, in line with their intended purpose.<\/p>\n

This approach is not necessary for every facility. Its value becomes more apparent in large warehouses, factories, shopping centers, and other spaces where one robot cannot cover all zones within the available time or where floor maintenance requires several different tasks.<\/p>\n

For the S5 model, the manufacturer specifies the TeamClean function for operating multiple units as a fleet. Different models can also be used for different types of tasks within the same facility.<\/p>\n

To integrate multiple units into the cleaning organization of one facility, it is important to understand how an autonomous cleaning robot works<\/a>, from space mapping and zone definition to route planning and obstacle response.<\/p>\n

When does it make sense to use multiple robots in the same facility?<\/h2>\n

Using multiple robots makes sense when the size of the space, the workload, or the available time exceeds the capacity of a single unit, but also when the facility requires different types of cleaning. Before making a decision, operators should assess the surface area, zone layout, type of dirt, floor coverings, cleaning frequency, and the time available to complete the tasks.<\/p>\n

How do multiple S5 robots work as a fleet?<\/h2>\n

CenoBots TeamClean allows multiple S5<\/a> units to work collaboratively as a fleet, increasing the efficiency of covering large warehouses and factories. Instead of one unit handling a large space on its own, multiple S5 robots can take part in cleaning it, which is especially important when the workload is extensive.<\/p>\n

It is important, however, to distinguish TeamClean from the simple presence of multiple robots in a facility. CenoBots explicitly describes this function for multiple S5 units. Therefore, it should not automatically be attributed to every combination of different CenoBots models.<\/p>\n

Can different CenoBots models work in the same facility?<\/h2>\n

Yes, different CenoBots models can be part of the same maintenance plan when the facility requires different types of cleaning. The key is to assign tasks according to the function of the specific robot: one model can remove loose dirt, while a scrubber-dryer model washes the appropriate hard floor surface.<\/p>\n

For example, S5<\/a> + L3<\/a> can have different roles. The S5 sweeps and collects waste, while the L3 washes hard floors and provides a working width of 400 mm. Its compact dimensions and minimum passage width of 700 mm also allow the L3 to operate in spaces with narrower passages.<\/p>\n

For larger areas, operators can consider a different combination. The L50 provides a working width of 510 mm, uses a 55-liter solution tank, and delivers a declared maximum theoretical productivity of 2,203 m\u00b2\/h, making it suitable for more demanding tasks that involve washing larger areas.<\/p>\n

Can one robot clean after another finishes?<\/h2>\n

Operators can organize cleaning in phases so that different robots perform consecutive tasks, but they should not assume that another model will automatically activate when the first one finishes. They should define the work sequence through the cleaning plan and the capabilities of the specific system, especially when they combine different CenoBots models.<\/p>\n

Can multiple robots work at the same time in the same space?<\/h2>\n

Multiple robots can be deployed in the same facility, but simultaneous operation should be planned according to the size and layout of the space, defined zones and routes, as well as the presence of people, vehicles, and other obstacles. The method of organization depends on the model and the specific system configuration in the facility.<\/p>\n

The safety of autonomous systems does not depend only on the characteristics of the device, but also on the conditions in the space in which they move. ISO 3691-4<\/a>, which regulates safety requirements for driverless industrial trucks and their systems, also considers the conditions of the operating zone as part of safe operation.<\/p>\n

How are the models selected to work in the same facility?<\/h2>\n

The facility should select models according to specific tasks, not only according to its size. Operators should determine whether sweeping, vacuuming, or washing takes priority, identify the type of floor surface, measure the width of the passages, and calculate how much area the robots need to cover within the available time. They can then choose the appropriate combination of robots.<\/p>\n

The CenoBots portfolio allows for different roles:<\/p>\n