Cleaning Machines
for Offices

On the right floor, yes. A robot is very good at large, open, repeatable areas and poor at cluttered ones. Open-plan desk areas, corridors, receptions and cleared meeting rooms are where it earns its keep; chairs left out, bags and boxes under desks all cost coverage. Judge it on the ground it can cover uninterrupted rather than on the spec sheet.

It depends on the surface split. Carpet across the working floor is a vacuum job, while reception, lift lobbies and teapoints are hard floors that need washing rather than vacuuming, which is a scrubber dryer. Offices with both on the same floorplate often use a single machine that sweeps, scrubs and vacuums instead of two.

A commercial robot vacuum will, yes. These are not domestic machines: they are built for large carpeted floors, run on a schedule, and cover the same route every night rather than whichever areas there was time for. See robot vacuums.

That depends on the model, and it is worth checking first rather than last. Compare the stated decibel rating and whether there is a quiet mode, then match it to when you clean. Most offices run the machine early, late or overnight and use daytime passes only for receptions and circulation areas.

Yes. The machines map the space and use LiDAR and cameras to detect and route around obstacles such as chair legs, bins and cable boxes. What makes the biggest difference is a clear-desk habit at the end of the day: chairs pushed in and bags off the floor can be worth more coverage than any spec on the sheet.

Entrances, receptions and corridors take the most footfall and usually need daily attention, while desk areas and meeting rooms are commonly done nightly or on a rolling schedule. The advantage of an autonomous machine is that daily becomes realistic rather than aspirational, especially across several floors.

No, and anyone telling you otherwise is selling something. A robot takes the open floor, which is the most time-consuming and least skilled part of the job, so your team spends its hours on desks, washrooms, kitchens and the touchpoints people actually notice. It changes what the team does rather than how many of them you need.

They map the space once, then repeat it. On the first run someone walks the machine round while it builds a map using LiDAR and cameras. After that you set the routes and the times, and it runs them unattended, returning to its dock to charge. Each run is logged in the app, so you can see what was covered and when. Compare models on the cleaning robots page.