Warehouse aisles
Cleans repeated routes between racks when passages are clear and predictable.
Industrial floor care
Cleaning robots for warehouses and industrial halls
Warehouse floors call for a different approach than a small office. See autonomous scrubbing and sweeping robots for larger halls, with attention to dust, obstacles, traffic routes and floor finish.
The application at a glance
Start with the work process
Compare the tasks below with your workplace. Capabilities vary by model, setup and supervision.
- Floor and dirt
- Forklift routes and obstacles
- Maintenance and quality checks
What does this robot do?
A cleaning robot for a warehouse or industrial hall handles recurring floor cleaning on large indoor surfaces. Some models scrub and pick up water; others sweep dust and coarser dirt. The right method follows from the floor, the type of soiling and the traffic in the hall. Edges, spills and unexpected obstacles still call for human checks.
Schematic: each drawing shows a type of robot, not a specific model.
What is this solution used for?
Production halls
Supports floor care around work zones, with attention to safety rules and soiling.
Loading and dispatch zones
Needs extra attention to forklift traffic, pallets and changing obstacles.
Dust and coarser dirt
A sweeping robot can suit better than wet scrubbing when the soiling calls for it.
When does automation become interesting?
Use these signals as a starting point for research, not as a guarantee of a result.
- Large recurring floor areas
- Cleaning takes place at fixed moments
- Routes can be kept clear enough
- The team can organise water, waste and quality control
Which approach fits the task?
Autonomous scrubbing
Cleans suitable hard floors wet and picks up dirty water. Water tanks and floor finish determine use.
Autonomous sweeping
Picks up dust and coarser dry dirt. This can make sense in logistics and industrial environments.
Robots for this application
Linked on the basis of the recorded application and robot type. Check the suitability for your process per model.
Avidbots
Neo 2W
Cleaning robots · Warehouses
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Cleanfix
RA660 Navi XL
Cleaning robots · Warehouses
Capacity: 1,250 m²/u (specification van Cleanfix)
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Gausium
Omnie
Cleaning robots · Cleaning warehouse and production floors
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Gausium
Marvel
Cleaning robots · Cleaning large warehouse and production floors
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Gausium
Scrubber 75
Cleaning robots · Warehouse
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Gausium
Beetle
Cleaning robots · Warehouse cleaning
Runtime: 4–8 hours
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Kärcher
KIRA B 200
Cleaning robots · Warehouse cleaning
Runtime: 4 hours
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KEMARO
K900
Cleaning robots · Dry sweeping warehouse floors
View robotSuppliers for this application
These suppliers are linked to the robot models shown. Check delivery area, integration and service directly with the supplier.
What does implementation require?
The robot choice follows from the workplace and the process. Discuss these points before comparing models.
- 01
Check floor finish, thresholds, slopes and passages.
- 02
Map forklift routes, charging points and changing obstacles.
- 03
Decide who fills tanks, removes dirt and maintains the robot.
- 04
Define how cleaning quality and exceptions are checked.
Questions about industrial floor care
Is every cleaning robot suitable for a warehouse?
No. Surface area, floor, dirt, passages and traffic determine which models are relevant.
What is the difference between scrubbing and sweeping?
Scrubbing cleans a suitable hard floor with water and picks up dirty water. Sweeping mainly targets dry dust and dirt.
Can cleaning robots drive among forklifts?
That requires a careful traffic and risk analysis. Set driving times or separated zones may be needed.
Does an employee need to keep checking the robot?
Yes. Water management, dirt removal, faults and quality control remain organised human work.
Does an autonomous scrubber-dryer work on every floor?
No. Floor finish, soiling, slopes and manufacturer conditions must be checked per site.
Compare solutions for your situation
Start with the task and then test model, supplier and implementation.