# Cleaning robots for public buildings and facilities

Canonical HTML: https://frisilogix.de/en/cleaning-robots/public-buildings
Cleaning robots hub: https://frisilogix.de/en/cleaning-robots
Contact: https://frisilogix.de/en/contact
Last updated: 2026-09-04

## Application profile

Administrative buildings, libraries, civic centres and other public facilities combine recurring visitor traffic with large floor areas that need regular cleaning. Autonomous cleaning robots can take over defined routes when opening hours, events and access zones are included in the plan.
- Typical areas: Foyers, corridors, visitor areas
- Key requirement: Public traffic & opening hours
- Relevant models: Phantas, Mira, Omnie

## Planning repeatable cleaning across visitor areas

Public buildings often have clear main routes, entrances and foyers that see different levels of use throughout the day. The relevant automation figure is the actually accessible floor area, not total building size.

Stairs, sanitary areas, surfaces, event changes and unplanned spills remain manual. The robot adds repeatable floor routes to the existing cleaning plan.

## What public facilities should assess before deployment

- Visitor flows: Opening hours, waiting zones, events and peak periods determine suitable cleaning windows and safe routes.
- Accessible floor area: Furniture, barriers, information stands and temporary installations reduce the floor area that remains consistently accessible.
- Building infrastructure: Doors, lifts, charging location and any water connection need to be included in the operating concept.
- Ownership: Daily care, route approval, fault handling and service should be assigned clearly to an internal role or service provider.

## Recommended models

- [Phantas](https://frisilogix.de/en/cleaning-robots/gausium-phantas): Phantas combines several cleaning modes for smaller public interiors and tighter routes.
- [Gausium Mira](https://frisilogix.de/en/cleaning-robots/gausium-mira): Mira is relevant for planned hard-floor routes in foyers, corridors and larger visitor areas.
- [Gausium Omnie](https://frisilogix.de/en/cleaning-robots/gausium-omnie): Omnie is relevant where large public floors, pedestrian traffic and multiple cleaning modes come together.

## Cleaning robot overview

If several floor profiles or robot models are relevant, the cleaning robots overview brings together all Gausium models, cleaning modes, cost information and application areas on one page.

[Commercial cleaning robots overview](https://frisilogix.de/en/cleaning-robots)

## Commissioning process

1. Assess visitor areas, floor types, opening hours and the actually accessible floor area together
2. Translate foyers, corridors and other repeatable zones into realistic routes and cleaning windows
3. Test Phantas, Mira or Omnie during a representative period of normal building use
4. Configure routes, schedules and daily-care routines, train responsible staff and review initial operating data together

## FAQ

### Which public buildings are suitable for cleaning robots?

Buildings with repeatable connected floor areas such as administrative offices, libraries, civic centres and larger visitor or event areas can be good candidates.

### Can a robot operate while the public is present?

Depending on visitor volume and layout, it can. Peak periods, queues and events should be tested under realistic on-site conditions.

### Which tasks remain manual?

Stairs, sanitary areas, surfaces, edges, event changes and unplanned spills remain with the cleaning team.

### How is the right robot size selected?

Accessible floor area, clearances, floor type, pedestrian traffic, cleaning method and available time windows determine the appropriate model class.

## Cost and next step

Use the FrisiLogix cost calculator for an initial purchase/leasing comparison: https://frisilogix.de/en/cleaning-robots/cost-calculator
On-site demo and project assessment: https://frisilogix.de/en/contact