01
Cleaning mechanism
Brush, vacuum, pump, squeegee and tank loads define auxiliary motion and power.
Applications
Application hardware
Cleaning & Facility Maintenance Robots
Review facility robots across drive hardware, sealed sensing, power protection, cable routing and maintenance documentation.
AI-generated editorial scene for cleaning and facility maintenance robotics.
Application architecture
Separate cleaning performance hardware from wet-area protection.
Brushes, vacuum, pumps and tanks create loads and contamination zones that must be mapped before the mobile base, sensing, harnesses and charging system can be packaged safely.
02
Wet and dry zones
Splash, washdown and detergent boundaries determine enclosure and connector treatment.
03
Protected sensing
Navigation and proximity sensors need clear views, cleaning access and sealed routing.
04
Docking & maintenance
Drive and cleaning loads share battery, protection, charging, docking, consumable removal and service records.
Featured decision / contamination boundary
Draw the wet, detergent and maintenance zones first.
A zone map shows which mechanisms, sensors, connectors and service openings need protection and where material compatibility or sealing targets require customer validation.
Integration decisions
Keep the interfaces in view as you narrow the hardware.
Mechanism and power load
Combine brush, vacuum, pump and traction duty to size power distribution and runtime.
Mechanisms · duty · bus · runtimeSealing and sensor visibility
Resolve splash paths, cable glands, sensor windows and cleaning access together.
Splash · sealing · view · cleaningDocking and maintenance
Define contacts, tank access, consumable replacement and isolated service zones.
Dock · tanks · consumables · serviceChoose a hardware path
Use the path that matches the decision you need to make next.
Select defined drive and sensing hardware
Use published components when mechanism loads, voltage and exposure are known.
Browse cleaning hardwareProtect wet-area interfaces
Use sealed harnesses, enclosures, sensor routing and power assemblies tied to the chassis.
Review wet-area custom buildsReview the cleaning subsystem
Use engineering review when mechanisms, power, wet zones, docking and maintenance interact.
Describe the cleaning processPrepare your request
Share the inputs you already know.
- Cleaning process, mechanism loads and duty cycle
- Water, detergent, splash and washdown exposure zones
- Tank, pump, brush, vacuum and sensor interfaces
- Battery, protection, runtime and docking plan
- Sealed harness, connector and enclosure boundaries
- Consumable replacement and maintenance-access requirements
- Cleaning method, brush/vacuum/pump drive and duty cycle
- Cleaning chemical composition, detergent exposure and washdown boundary
- Auxiliary pump wattage, brush drive, suction drive and pump drive context
- Dirty-water and clean-water tank interface
- Water tank capacity sensor interface and cable gland or enclosure pass-through
- Battery, runtime, charger and docking-contact context
- Sensor placement, splash protection, sealed harness route and connector sealing
- Fuse, relay, contactor and protected power distribution
- Elastomer compatibility context such as Viton or EPDM, if customer supplied
- Maintenance access, module replacement and service interval
- Chemical compatibility and elastomer options may be reviewed from customer-supplied detergent exposure, washdown and seal requirements; final material qualification remains the customer's responsibility.
- Required enclosure CAD, wiring, installation or datasheet files
- Ingress protection boundary as customer-supplied target context only
What this review can produce
Turn the open decisions into a reviewable next step.
- A mechanism and power path tied to the cleaning process
- Open wet-area, sensor and docking interfaces
- Custom sealing, harness and enclosure work
- A maintenance and controlled-document checklist
What this page does not cover
This page does not validate cleaning performance, waterproof certification, chemical compatibility, facility safety approval or autonomous cleaning behavior without customer-side testing and validation.
Controlled engineering files
State the wet/dry zones, cleaning-chemical exposure and maintenance task so the requested file can be reviewed for sealing, replacement or electrical protection use.
Engineering review
Define the cleaning mechanism and contamination zones.
Share the cleaning mechanism, wet-area exposure and service plan. Early RFQs can begin from a subsystem sketch and known battery or sensor candidates.