Oil and slip hazards
Heavy oil contamination on industrial floors creates high slip hazards, and harsh environments put workers at health risk.
Manufacturing & factories
Industrial floors carry oil that turns into a slip hazard, and cleaning has to fit around production. C5 takes the scheduled scrubs and dust-mops; the crew keeps edges, spills and exceptions.
Typical zonesMain aisles (heavy workshop)Production workshopVisitor walkwaysOffice and public areas
The problem
Oil, dust, footfall and the hours you can clean decide the plan before a model does.
Cleaning that does not hold
In oil-heavy environments surfaces often revert to a soiled state shortly after cleaning, and large floor areas make the workload enormous.
Cost and labour pressure
Recruiting is difficult, the cleaning workforce is ageing, and in some plants production staff end up cleaning instead of producing.
One setup for the daily cleaning loop
The machines, the zones they cover and the records that prove what happened.
- 01Main aisles (heavy workshop)ScrubbingUp to 15 passes/dayC5
- 02Production workshopHeavy-duty scrubbing4 passes/dayC5
- 03Visitor walkwaysLight scrubbing2 passes/dayC5
- 04Office and public areasWet mopping4 passes/dayC4
C5Flagship floor scrubber for large spacesView model C4Sweep-and-scrub robot for mid-sized spacesView model
Zone-based tasksZones scheduled by frequency
Digital managementTasks, coverage and anomalies stay traceable
Our approach
Three choices that change how the site runs.
Deep oil removal in one pass
C5 combines high water volume with heavy ground pressure, and cleaning agents can be applied to heavily soiled zones.
Adapts to the plant floor
Laser plus vision-assisted positioning copes with the environmental changes common in industrial settings.
Unmanned/Autonomous Intelligent Operations
The docking station handles charging and water, while elevator and access-control integration covers multi-floor, multi-zone work. Wastewater-tank self-cleaning removes half the routine maintenance.
Zone-by-zone plan
Zone by zone, in the order the site actually runs them.
Before and after
The same work, before and after, on the metrics that matter to this site.
| Metric | Manual cleaning | With BRAWN robots |
|---|---|---|
| Cleaning frequency | 4 passes/day in oil-heavy zones | Up to 15 passes/day in key zones |
| Manual cleaning load (3,000 m²) | Repeated manual passes per day | Continuous coverage with fewer manual passes |
| Process control | Cleaning cannot be monitored | Tasks and results are traceable |
| Health and safety | Oil and dust exposure for staff | Robots take the high-risk zones |
Comparison figures are typical-scenario estimates from the solution handbook, not client measurements.
How it is delivered
From the first survey to a running fleet: the same four steps on every project.
Site survey
A walk-through of areas, surfaces, obstacles, lift and access-control conditions, plus the plumbing available for a docking station.
Configuration and estimate
Model mix, zone plan, cleaning frequency and consumable estimate. A labour comparison is included only when the customer supplies a reliable baseline; the current answer set has no verified before-and-after labour case.
Deployment plan
Staging plan, charging and docking positions, network and lift integration scope, and a training schedule for the operating team.
Remote diagnosis
The cloud platform reports equipment status and faults, and self-check covers sensors, motors and the main controller. Partners receive remote technical support for genuine product faults; site-network, water or drainage problems remain site responsibilities.
Adjacent scenarios
The next scenarios in the line.
