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Autonomous cleaning robots

Robotx supplies, deploys and supports autonomous cleaning robots for hospitals, airports and shopping centres across Australia and New Zealand. Robots handle repetitive floor care, freeing cleaners for bathrooms and spills.

Concourse floor plan: a cleaning robot scrubs zone two in overlapping passes, avoiding the escalator no-go area ZONE 2 · SCRUBNO-GODOCK

What it changes for your operation

Robots that sweep, vacuum, scrub and mop large floor areas on a schedule, so cleaning teams can focus on detail work.

Large floors covered consistently

Concourses, corridors and ward hallways are cleaned along the same mapped paths every time.

Cleaners on higher-value tasks

Your team focuses on amenities, high-touch surfaces and spills while the robot works the open floor.

Night shift work that runs on schedule

Robots clean set zones after trading hours or between peaks, with a supervisor handling exceptions.

Records of what was cleaned

Reports show which zones were cleaned and when, for contract reporting, audits and infection control reviews.

In operation

Cleaning robot vacuuming a carpeted hotel corridor
Dry cleaning robot on a carpeted corridor
Autonomous cleaning robot working a polished lobby floor while a pedestrian walks past
Cleaning robot working a lobby floor during the day
Large-format autonomous scrubber cleaning an underground car park floor
Large-format scrubber cleaning a car park

Typical capabilities

  • Sweeping, vacuuming, scrubbing and dust mopping, by platform
  • LiDAR and vision navigation with mapped cleaning zones
  • Scheduled cleaning by zone, time and mode
  • Docks that refill clean water and drain dirty water
  • Obstacle, edge and drop detection around people and stairs
  • Cleaning reports showing coverage and completed tasks

Where we deploy it

Brands we supply for this

  • Keenon Robotics
More detailAutonomous Cleaning: how it works and how we deploy itWhere it works best, choosing the right platform, deployment steps and further reading

Where cleaning robots work best

Autonomous cleaning robots suit large, open floors that need the same treatment every day. Airport concourses, shopping centre malls and food courts, hospital and aged care corridors, hotel back-of-house areas, warehouse aisles and factory floors are typical examples. These are areas where a person would otherwise spend long stretches walking a ride-on or walk-behind machine up and down.

The robot follows a mapped route, adjusts around people and obstacles, and records what it covered. Your cleaning team stays responsible for the work that needs a person: amenities, high-touch surfaces, spills, waste and anything that needs judgement.

Robots are less effective in heavily cluttered spaces, areas with lots of loose cables or small items on the floor, or zones where the layout changes every day. We point these out during the assessment.

Choosing the right cleaning mode

Different floors need different machines. Hard floors with ground-in dirt usually need wet scrubbing. Dusty warehouse or car park floors may suit sweeping. Carpeted corridors need vacuuming, and polished floors in retail and hospitality often only need dust mopping between deeper cleans. Some sites need more than one type of robot.

Docking stations that refill clean water and drain dirty water automatically reduce the manual handling of tanks, and hot-swappable batteries on some platforms extend run time. Whether those options are worth it depends on your floor area and shift pattern.

How Robotx deploys cleaning robots

We start with a consultation and site assessment, looking at floor surfaces, soiling, traffic patterns, water and power access, and where docks can sit. Your proposal sets out the recommended robots and cleaning plan. After approval we map the site, set up zones and schedules, integrate with lifts where the platform supports it, and train your staff. After handover, Robotx looks after servicing, wear parts such as brushes and squeegees, software updates and warranty claims.

Autonomous Cleaning: common questions

Have a question about your site? Talk to a specialist.

What types of floors can cleaning robots handle?

Commercial cleaning robots work on hard floors such as vinyl, tile, polished concrete, epoxy and sealed timber, and some models vacuum low-pile carpet. The right machine depends on your mix of surfaces and the level of soiling. We check floor types, thresholds and transitions during the site assessment and match the cleaning mode to each zone.

Do cleaning robots replace cleaning staff?

No. Cleaning robots take on the large, repetitive floor areas, but they do not clean bathrooms, wipe touch points, empty bins or respond to a spill in the moment. Most sites use robots to give their existing team more time for detail work and to keep floor coverage consistent across shifts.

Can a cleaning robot work while the site is open to the public?

Yes. Commercial cleaning robots detect people and obstacles, slow down and route around them, so they can run in airports, shopping centres and hospital corridors during opening hours. Many sites still schedule the heaviest scrubbing for quieter periods. We help you decide which zones and times suit each cleaning mode.

How much does an autonomous cleaning robot cost?

Pricing depends on the cleaning mode, the size of the area, the number of robots, docking station options and the support you choose. Robotx sells robots outright. After a consultation and site assessment we provide a written proposal based on your floor area, surfaces and cleaning schedule.

What maintenance does a cleaning robot need?

Daily tasks are similar to a conventional scrubber or vacuum: emptying and rinsing tanks where there is no auto-drain dock, clearing debris, and checking brushes, pads and squeegees. Parts such as brushes and filters wear over time. We train your team on routine care and provide servicing, parts and warranty support.

Tell us where your operation loses time.

A Robotx consultation starts with your sites, tasks and constraints. We’ll tell you where robotics fits and where it doesn’t, and what a sensible first deployment would look like.