Define the contamination.
Fine dust, coarse debris, packaging waste, pallet splinters or metal swarf each behave differently and demand different filtration and hopper capacity.
Industrial Cleaning Robot for Warehouses and Factories
Automate sweeping, dust control and debris collection across concrete and epoxy floors, also in aisles and operational areas that stay in use.
Concrete, epoxy and sealed industrial floorsDust control without water or wastewater handlingRacking aisles and low-clearance areasOffline deployment supported
Not sure which robot fits your site?
Send PolarX your facility type, floor surfaces and cleaning problem. We can point you to Star50, Star60, ROI planning or the right application page.
What Is an Industrial Cleaning Robot?
An industrial cleaning robot is built for dust, debris and abrasive contamination across large operational floor areas like warehouses, distribution centres, factories, exhibition halls and logistics facilities.
The cleaning mission is different from a commercial building. Industrial floors are usually concrete or epoxy rather than tile or carpet, the contamination is dust and hard debris rather than foot traffic soil, and the layout is defined by racking, pallets and vehicle movement rather than open public space. Coverage and dust capacity matter more than finish quality.
PolarX addresses this layer with Star50, an industrial sweeping and dust control platform. Star60 remains the option for commercial and public-facing areas on the same site.
How to Choose an Industrial Cleaning Robot
A good buying process reviews the operating environment before comparing headline specifications.
Map the floor and the traffic.
Concrete, epoxy, sealed or bare; racking aisle widths; dock areas; forklift routes; ramps and thresholds.
Set the cleaning window.
Between shifts, overnight, or alongside operations. This decides whether the robot ever gets a clear run.
Check the workflow.
Who empties the hopper, who clears a blocked aisle, who responds to an exception and how often.
Model operating value.
Labour hours on sweeping, dust-related equipment wear, product contamination risk, and manual follow-up work.
What industrial sites should check before buying
Silica and dustConcrete slab dust is a respiratory issue, not just a housekeeping one. Star50 draws debris through a 200 W brushless vacuum into a 30 L bin behind dual HEPA panels, so fine dust is contained rather than swept into the air. Dry, contained collection supports your site's dust-control measures; it does not replace your own risk assessment.
Forklift traffic managementStar50 runs on high-precision LiDAR and physical bumper sensors, with an optional low/high-level warning light so forklift operators can see it. Routes are scheduled around peak vehicle movement and the robot slots into a standard traffic management plan.
Night-shift labour costManual sweeping is usually done on a night or weekend shift, or squeezed into day shift by staff who should be picking and packing. A scheduled robot run is typically the largest single saving in the ROI model.
Site conditionsLarge single-level sheds, long straight aisles, selective pallet racking. The 333 mm chassis cleans under the first beam level and low conveyors; dual HEPA filtration handles the particulates that a broom would lift into the air.
Local support and warrantyDeployment, remote diagnostics, spare parts and service are coordinated through local partners, with a full warranty for 2 years or 3,000 operating hours (whichever comes first) and 3-year battery warranty.
Star50, the industrial default
Which PolarX Robot Fits.
Built for sweeping, vacuuming, dust control and debris collection across warehouses, factories, exhibition halls and dusty commercial zones. Designed for racking systems and low-clearance operational spaces.
Field application · Star50 · Food Manufacturing
Industrial sweeping in a food processing plant approaching 50°C
| Recorded condition | Detail |
|---|---|
| Temperature | Approaching 50°C* |
| Relative humidity | Above 70%* |
| Corridor | Approx. 130 m long × 4 m wide |
| Debris collected | Product fragments and fine dust |
| Dustbin | 30 L industrial |
The challenge: Food processing leaves product fragments, fine dust and flour-like particles along floors, equipment and wall edges. This plant combined narrow passages, densely packed equipment and long corridors with few visual reference points. Its drying room was hot and humid enough to make manual cleaning physically demanding.
What Star50 did: Using LiDAR-based navigation, Star50 followed cleaning routes through the plant’s corridors and around production equipment. Its rotating brushes and vacuum collected product fragments and fine dust into a 30-litre dustbin. It swept close to the walls where debris builds up, without adding water to dry production zones.
What it showed: Autonomous navigation in a long, repetitive corridor, edge-following along walls, and dry debris collection under heat and humidity. On-site footage and photographs recorded the robot’s movement, the site readings and the material collected.
Why it matters:
- Heat: A robot can take on repetitive sweeping in hot production areas and warehouses.
- Food safety: Dry sweeping keeps dry zones dry, which matters for flour, bakery, pasta and snack producers.
- Slip risk: Waterless sweeping leaves no wet surface behind.
*Temperature and humidity were recorded during this field operation and are not the robot’s certified continuous operating limits. Star50 supports, but does not replace, a site’s food safety program.
Want to know how this would work on your site? Talk to our team about your floors, debris and cleaning mission.
Facility paths
Find the Closest Facility Use Case.
Use these entry points to move from the general industrial cleaning robot category into a specific buying question.
Warehouses and logisticsDust, dry debris, forklift routes, racking aisles, loading zones and industrial sweeping.Open guideHealthcare and aged careLow-disruption floor care for occupied care corridors and public facility areas.Open guideROI planningLabour hours, route frequency, utilisation, service cost and payback assumptions.Open guide
Next pages
Useful pages if you are still comparing options.
These pages help customers move from the main industrial cleaning robot guide into product selection, proof points, downloads or contact.
Industrial cleaning robot FAQ
What is an industrial cleaning robot?+
An industrial cleaning robot is designed to automate repetitive floor cleaning in warehouses, factories, logistics centres and other large facilities. It can help reduce manual sweeping while maintaining more consistent cleaning coverage.
What types of floors can an industrial cleaning robot clean?+
Depending on the model, industrial cleaning robots can operate on concrete, epoxy and other sealed industrial floors. Some models can also handle suitable carpeted areas in mixed-floor facilities.
What types of debris can it collect?+
Industrial cleaning robots are typically used for dry debris such as dust, gravel, wood chips, packaging fragments and other loose materials commonly found in industrial environments.
Can an industrial cleaning robot operate while the facility is running?+
Yes, in many cases. Robots can be scheduled during quieter periods or operate alongside normal activities, depending on forklift traffic, aisle conditions and the site's safety requirements.
Can it work in narrow aisles and under racking?+
Compact industrial robots are designed to navigate tighter spaces such as warehouse aisles, racking areas and equipment lines. Actual suitability depends on aisle width, clearance and obstacles on site.
How much area can an industrial cleaning robot cover?+
Coverage depends on cleaning speed, battery runtime, route complexity and site traffic. PolarX Star50 offers cleaning efficiency of up to 1,750 m² per hour with approximately 3–4 hours of runtime.
Does an industrial cleaning robot replace manual cleaners?+
Not completely. Robots are best suited to repetitive, large-area cleaning, while staff can focus on detailed cleaning, spills, corners and other tasks that require manual attention.
How do I choose the right industrial cleaning robot?+
Consider your floor type, total cleaning area, debris level, aisle width, operating hours and cleaning frequency. A site assessment can help determine whether the robot fits your facility and expected workload.
Check which commercial cleaning robot fits your site.
Tell PolarX about your floor surfaces, facility type, cleaning frequency and current workflow so we can help review the right starting point.