Autonomous cleaning equipment

Assess autonomous equipment on stable frequent routes, with attention to access, ramps, lifts, doors, networks, water services and staffing.

Quick selection

Assess the task and deployment before the model.

01Autonomous scrubbingAutomated hard-floor scrubbing, water recovery and cleaning along repeatable routes. 02Autonomous sweepingRoutine waste and dust sweeping on parks, roads and public areas. 03Commercial interiorsRelatively regular retail, office, exhibition and lobby spaces. 04Frequent fixed-route workRepetitive tasks in parking, parks and factory areas. 05Deployment assessmentProject assessment for mapping, charging, networks, access control and lifts.

Current autonomous-equipment candidates

Prioritize models with clearer documentation and deployment boundaries.

Present confirmed functions only; do not promote unverified navigation, networking, integration or waste-handling functions.

View all autonomous equipment

Autonomous-scrubber candidates

J-W70

For frequent fixed-route scrubbing in shopping centres, offices, hospitals, hotels and regular public areas.

Autonomous mapping
Route planning
Active obstacle avoidance
Scrubbing and water recovery

Autonomous scrubbing · Repetitive indoor hard-floor duties

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Documented robotic-equipment candidate

Allybot-C2

For three-in-one autonomous hard-floor cleaning in offices, hospitals, shopping centres, hotels and schools.

Scrubbing, vacuuming and dust mopping
Autonomous navigation
Active obstacle avoidance
Automatic return for charging

Autonomous scrubber · Commercial indoor/public spaces

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All products

Autonomous cleaning equipment catalogue

Cards show models, roles and confirmed capabilities without placeholders for unknown functions.

Cleaning taskIndoor / outdoorAutomatic return for chargingApplication

Autonomous-scrubber candidates

J-W70

An autonomous scrubber-dryer for hotel lobbies, offices, shopping-centre passages, hospitals, schools, transport hubs, exhibition halls and defined factory aisles. Mapping, route planning and active obstacle avoidance support repetitive floor tasks, subject to deployment checks.

Scrubbing 510 mm / Squeegee 810 mm / Clean tank 70 L / Up to 2570 m²/h / Approximate scrub runtime 3 hView details

Documented robotic-equipment candidate

Allybot-C2

Combines scrubbing, vacuuming and dust mopping for indoor commercial spaces such as offices, hospitals, shopping centres, hotels, schools, restaurants, gyms and transport buildings, subject to site conditions.

Cleaning width 440 mm / Output 500–800 m²/h / Maximum suction 20 kPa / Clean/recovery tanks 10/10 L / Runtime 5–12 hView details

CC1

Combined sweeping, scrubbing, recovery and pushing for indoor floors in malls, hospitals, hotels, offices, schools, food service and transport facilities.

Scrubbing 400 mm / Sweeping 500 mm / Mopping 600 mm / Theoretical 700–1000 m²/h / Suction 17000 PaView details

MT1

For factories, logistics warehouses, underground parking, transport hubs and large commercial areas, moving from fixed-route sweeping toward waste-distribution-based intelligent rounds.

Sweep width 700 mm / Hopper 35 L / Standard mode up to 1800 m²/h / AI patrol up to 6000 m²/h / Runtime 4–8 hView details

J-S130

An autonomous sweeper for defined industrial-estate, property, logistics, commercial-perimeter and garage routes, with mapping, obstacle avoidance, return charging and task management, subject to deployment checks.

Sweep width 1300 mm / Theoretical up to 6500 m²/h / Hopper 130 L / Approximate runtime 4–6 h / Return chargingView details

Select autonomous equipment by task

Assess autonomous scrubbing, sweeping and multifunction robots separately.

Autonomous scrubbingJ-W70 / Allybot-C2

For fixed-route cleaning of regular hard floors; assess mapping, obstacle avoidance, charging, water arrangements and human takeover.

Autonomous sweepingJ-S130 / J-MT1

For fixed-route sweeping on estate roads, public areas, factories and outdoor or partly sheltered areas; verify road boundaries, waste and operational safety.

Multifunction autonomous cleaningCC1

For commercial spaces requiring multiple tasks. Public descriptions cover confirmed four-in-one cleaning, navigation, charging and digital task management only.

Human–machine coordinationAll autonomous equipment

Repetitive regular tasks suit assessment for automation; edges, unexpected stains, obstacles and exceptions may still need staff.

Intelligent capability matrix

Show documented capabilities rather than marking every feature for every model.

Capability	J-W70	Allybot-C2	CC1	J-S130	J-MT1
Automatic navigation	Displayed	Displayed	Displayed	Displayed	Presented according to existing documentation
Active obstacle avoidance	Displayed	Displayed	Presented according to existing documentation	Displayed	Presented according to existing documentation
Automatic return for charging	Displayed	Displayed	Displayed	Project assessment required	Displayed
Mapping / Map creation	Displayed	Presented according to existing documentation	Project assessment required	Project assessment required	Project assessment required
Connectivity and remote management	Presented according to existing documentation	Presented according to existing documentation	Project assessment required	Project assessment required	Project assessment required
Lift / access-control integration	Project assessment required	Project assessment required	Project assessment required	Project assessment required	Project assessment required

Deployment and site requirements

Autonomous reliability depends on the site and staff coordination.

Access and turning

Check narrowest aisles, turning space, thresholds and fixed obstacles before confirming route access.

Pedestrian and vehicle traffic

Busy pedestrian or mixed-traffic areas require work windows, yielding rules and manual takeover procedures.

Floors and ramps

Surface levelness, ramps and carpet/hard-floor transitions require site testing for reliable operation.

Charging and docking

Plan charging points, power, docking and maintenance space in advance.

Water filling, wastewater discharge and waste handling

Without compatible automatic water/waste systems, filling, draining and emptying still require staff.

Multi-floor operation and access control

Cross-floor or access-control integration needs separate assessment of lift controls, access systems and interfaces.

Deployment conditions

Stable routes, repeated tasks and clear replenishment arrangements favour automation

When should retail and offices assess autonomous scrubbing?

More suitable where routes are stable, tasks can be scheduled at night or off-peak, and charging and human takeover are available.

Compare: J-W70 / Allybot-C2

How should autonomous cleaning be deployed in hospital/school public areas?

Confirm crowd density, quiet-operation requirements, changing obstacles and manual replenishment procedures.

Compare: J-W70 / Allybot-C2 / CC1

Does the garage suit autonomous scrubbing?

Check route stability, gradients, mixed traffic, water services and night windows.

Compare: J-W70

Can autonomous sweepers be assessed for park roads?

Verify road boundaries, waste type, mixed pedestrian/vehicle traffic and weather limits.

Compare: J-S130 / J-MT1

How should fixed-route factory/logistics sweeping be assessed?

Fixed routes, repeated shifts and defined waste suit assessment for autonomous rounds, with exception procedures still required.

Compare: J-S130 / J-MT1

Which public spaces suit assessment for multifunction cleaning robots?

For indoor public areas with multiple tasks and regular routes; complex corners still require manual cleaning.

Compare: CC1

Evidence boundaries and staff coordination

Define deployment boundaries; autonomous equipment is not a universal replacement.

J-W70 specification evidence boundary

Assess scrubbing, mapping/navigation, avoidance and return charging; multi-floor, access-control and water services depend on project conditions.

Allybot-C2 specification evidence boundary

Documented directions include indoor robotic scrubbing/vacuuming/mopping, return charging and multisensor navigation. Lift integration requires suitable controls and site integration assessment.

CC1 specification evidence boundary

Documented four-in-one cleaning, navigation, return charging and digital task management are shown; unspecified navigation type, waste handling and runtime are not invented.

J-S130 specification evidence boundary

Documented autonomous rounds, active avoidance, task logs and road-sweeping direction are shown; detailed navigation, networking and outdoor limits require evidence.

J-MT1 specification evidence boundary

Documented waste recognition, fixed routes, hopper direction and return charging are shown; confirm other specifications against project records.

Staff coordination remains important.

Filling, draining, emptying, consumables, exceptions, relocation and temporary obstacles may still require staff.

Model and plan comparison

Compare tasks and deployment complexity without inventing autonomy grades.

Autonomous scrubbing vs autonomous sweeping

Prioritize the first option when:Consider autonomous scrubbers first for hard-floor scrubbing, water recovery and repeated washing tasks.

Compare the alternative direction:For dust, leaves, paper and routine road rounds, assess autonomous sweeping equipment.

J-W70 vs Allybot-C2

Prioritize the first option when:J-W70 focuses on deployment for repeated scrubbing on regular hard floors.

Compare the alternative direction:AllyBot-C2 focuses on indoor commercial robotic vacuuming, scrubbing and dust mopping.

J-S130 vs J-MT1

Prioritize the first option when:J-S130 targets assessed autonomous sweeping on park, factory and property roads.

Compare the alternative direction:Assess J-MT1 deployment against route following, waste recognition and return-to-charge requirements.

Autonomous vs conventional equipment

Prioritize the first option when:Assess autonomous equipment for fixed routes, repetitive frequent tasks and staffing constraints.

Compare the alternative direction:Conventional equipment or staff may be more flexible for temporary tasks, changing conditions, judgement-intensive work and unexpected stains.

Cases / Videos / Related articles

Explore autonomous-cleaning deployment and selection questions

View more content

Office and Commercial Cleaning PlanA combination of low-noise vacuuming, carpet cleaning, stone care and commercial wet/dry vacuum equipment.

Property Underground Garage Cleaning PlanA mix of walk-behind and ride-on scrubber-dryers for ramps, parking bays and main aisles.

Cleaning-equipment display and selection discussion; illustrative scene, not a verified exhibition recordCleaning, property and facility-management exhibitions can inform product trends and application questions, subject to verification of the actual products and sources.

Equipment operation video

J-W70 autonomous scrubber operation reference

Observe indoor floor cleaning and movement. Check access, pedestrian traffic, water and wastewater arrangements and deployment conditions before selection.

J-W70 selection enquiry

Describe target, conditions and frequency to confirm the approach with the actual model.

Enquire about J-W70 Contact sales

— FAQ

Questions before autonomous deployment

Can an autonomous scrubber work without any staff involvement?

Autonomous equipment suits repetitive tasks, but filling, draining, emptying, consumables, exceptions and temporary obstacles may still require staff.

Does autonomous equipment require mapping?

Many autonomous machines require cleaning routes to be mapped or confirmed before operation. The method depends on the model and site; assess the location first.

Can automatic obstacle avoidance detect every obstacle?

Obstacle avoidance can reduce collision risk, but obstacle height, reflective materials and mixed traffic affect performance. Site rules and human takeover remain necessary.

Can autonomous equipment return to charge?

Show documented return-charging functions only, with charging points, power, docking space and routes planned on site.

How is multi-floor cleaning assessed?

Multi-floor operation depends on equipment capabilities, lift-control interfaces and project integration. Lift integration is not automatically standard equipment.

Can the equipment operate without Wi-Fi?

Assess local autonomous operation, remote monitoring and task dispatch separately. Wi-Fi availability alone does not define the full capability.

Is an autonomous scrubber suitable for underground parking?

Assess autonomous scrubbing where routes and working hours are stable, ramps and mixed traffic are controlled, and water, wastewater and charging locations are defined.

Autonomous equipment or conventional scrubber?

Autonomous deployment merits assessment on regular frequent routes; conventional scrubbers may be more flexible for temporary, changing or judgement-intensive tasks.

Autonomous deployment assessment

Assessing autonomous suitability? Tell us area, access, floors and work patterns.

Provide a plan, access widths, obstacles, work windows, water services, docking and staff arrangements to assess autonomous or conventional equipment.

Get autonomous-cleaning deployment advice Contact sales

Autonomous-equipment industry and selection material

Autonomous-equipment trends, applications and project material

Autonomous cleaning deployment

The objective is reliable completion of repeatable cleaning tasks.

Assess autonomous scrubbers/sweepers for stable frequent routes, checking widths, obstacles, water services, waste and manual takeover.

Stable routes are essential for automation

Repeated routes in retail, offices, hospitals, exhibition halls, parks and parking areas can support defined tasks and acceptance criteria.

Indoor hard-floor scrubbingAutonomous park-road sweeping

Replenishment and human intervention determine practical productivity

Automatic charging is only a starting point. Water filling, wastewater discharge, waste removal, exception handling and parking locations determine whether autonomous equipment can continue operating.

Charging and water-service planningExceptions and staff coordination

Validate a small area before expanding.

Test mapping, avoidance and timing on one defined route before extending to more floors, zones or shifts.

Trial operation and result assessmentDigital task management

Autonomous-equipment industry and selection entries

Autonomous cleaning robot trends Autonomous-cleaning industry information, project references and selection material. Retail and hospital autonomous-cleaning reference Autonomous-cleaning industry information, project references and selection material. Autonomous park-road sweeping application Autonomous-cleaning industry information, project references and selection material. Robot deployment and maintenance considerations Autonomous-cleaning industry information, project references and selection material.