01 Intended use
Cleaning separate indoor zones
For hard surfaces such as offices and commercial areas, first check the passage and corners, then determine the deployable area.
Autonomous cleaning equipment
AllyBot-C2 autonomous floor scrubbing robot
The AllyBot-C2 autonomous cleaning robot is a zoned indoor option combining scrubbing, vacuuming and dust mopping with a compact body. Validate access, replenishment, sensing conditions and human takeover rather than relying on body size.
Combined with actual route trial operation · deployment training and human coordination.
02 Key performance figures
Three types of tasks: washing, suction, and dust pushing
Washing, suction, and dust pushing are selected based on the floor surface and dirt type; 10 L wastewater tank needs to be arranged for cleaning according to the task.
03 Working configuration
Sensing and automatic hose retraction.
The data includes multiple types of perception devices and automatic return to charging. The charging location, network, and personnel coordination are separately implemented.
Start with your site
First find the cleaning task near you
Compact body with washing, suction, and scrubbing functions, suitable for partitioned management in indoor cleaning.
01Office public corridorsClear width, corner, and pedestrian flow in the entrance area.02Commercial atriumsFloor surface, dirt, and operating hours03Hospital public corridorsPassage management, area division, and supply.04Zone cleaning pointsClean-water supply, wastewater disposal, charging and staff handover
What problem are you trying to solve?
In unmanned equipment, which stages need to be arranged together?
Even a small machine needs to Be checked for passage
The route is determined by the entrance, corners, temporary items, and pedestrian flow, not just by the width.
More functions do not mean all types of dirt can be handled in one go
The floor material and pollution level are different, so the mode, consumables, and acceptance of the effect need to be arranged separately.
Supplement cannot be omitted from the plan.
Cleaning, refilling, and inspection of the water tank will affect the total time of the zone task.
Site conditions, configuration and selection
AllyBot-C2, how to coordinate with your site?
Based on the floor type and dirt level in office or commercial areas, tasks should be divided and verified segment by segment, including the entrance, corners, thresholds, and temporary obstacles. The 2 L/10 L water tank of AllyBot-C10 should be coordinated with the planned refilling and drainage frequency; the mode working time and movement speed should be understood separately, and manual refilling, cleaning, and hose connection should also be included in the daily schedule.
01 Office Public Corridor
Clear width, corner, and pedestrian flow in the entrance area.
02 commercial atrium
Floor surface, dirt, and operating hours
03 Hospital Public Corridor
Passage management, area division, and supply.
04 Cleaning Points by Zone
Clean-water supply, wastewater disposal, charging and staff handover
| Field or task | Configuration and operating conditions to check | AllyBot-C2 Selection Judgment |
|---|---|---|
| Office public corridors | Clear width, corner, and pedestrian flow in the entrance area. | Check according to 503 × 503 mm body plane outer dimensions; the entire machine size is not equal to the minimum passage width. |
| Commercial atriums | Floor surface, dirt, and operating hours | First distinguish between light dirt and temporary scattered items, then choose between floor scrubber or other delivery modes. |
| Hospital public corridors | Passage management, area division, and supply. | Applicable judgment for general floor cleaning, no commitment to medical disinfection or infection control effectiveness based on this. |
| Zone cleaning points | Clean-water supply, wastewater disposal, charging and staff handover | The 10 L tank is suitable for tasks of certain lengths, which need to be observed on-site, and should not be calculated directly from the capacity. |
Check the route, task, replenishment points and operator takeover arrangements.
Prepare a floor plan or road photo, the floor material and contaminants, the narrowest passage and corners, and the traffic and vehicle activity periods. Then verify the charging, waste collection, or water replenishment points, as well as the responsible person for abnormal hose connections.
Applications
Which commercial cleaning sites suit Allybot-C2?
Office public passages
View detailed analysis →Office public-area maintenance
Organize daily floor cleaning along repeated routes, checking doorways and temporary obstacles on site.
Hospital public corridors
View detailed analysis →Hospital public-floor maintenance
This illustrates public-passage cleaning only. Coordinate work with pedestrian access.
Commercial atriums
View detailed analysis →Routine commercial public-area cleaning
Plan atrium and public-corridor floor care, checking operating routes against changing traffic.
TECHNICAL SPECIFICATIONS
Allybot-C2 configuration and technical parameters
First, check the settings related to daily use. The complete specifications can be viewed in detail.
Cleaning width440mm
Fresh water tank / Sewage water tank10L / 10L
Runtime reference5 to 12 hours
Battery typeLithium iron phosphate battery
Machine dimensions503 × 503 × 629mm
Operating voltage24V
Full specifications for ViewCleaning performance · power configuration · machine specificationsExpand or collapse
| Key operating figures | |||
|---|---|---|---|
| Cleaning width | 440mm | Clean water tank | 10L |
| sewage tank | 10L | Runtime reference | 5 to 12 hours |
| Maximum suction | 20kPa | Operating speed | Adjustable from 0.1 to 0.8 m/s |
| Edge cleaning | Supported | Product category | Commercial intelligent cleaning robot |
| Main functions | Scrubbing, vacuuming and dust mopping | Perception system | 2D LiDAR, ultrasonic sensors, structured-light camera and line LiDAR |
| Automatic return for charging | Supported | ||
| Drive and electrical system | |||
| Operating voltage | 24V | Battery type | Lithium iron phosphate battery |
| Battery specifications | 25.6V、36Ah | Charge-time reference | Approximately 3 hours |
| Machine configuration | |||
| Travel mode | Autonomous navigation with operator takeover | Machine dimensions | 503 × 503 × 629mm |
| Machine weight | 42kg | Product model | Allybot-C2 |
| Operating noise | ≤65dB | Connectivity | 4G、Wi-Fi |
| Ingress protection rating | IP34 | Drop detection | Supported |
How do these figures apply to your site?
The data on battery life, operating speed, mode efficiency, and actual task completion should be understood separately. The routes, supply, waste removal, and manual finishing are all counted as actual tasks.
Theoretical efficiency, documentation working time, and actual continuous operation performance should be understood separately. On-site conditions and final delivery configuration need to be verified together.
Structure and functions
Based on the appearance of the machine, understand the six tasks of operation.
Use the complete machine diagram for the corresponding model; the following numbers are function description indices, and unverified internal component locations are not marked
Look at the picture to understand the equipment.
Components and their functions
01 Compact Body
Dimensions 503×503×629 mm; check the door area, corners, and parking space.
02 Floor Scrubbing Operation
440 mm cleaning width, set the appropriate task according to hard floor and dirt.
03 Wastewater Management
The fresh and wastewater tanks are both 10 L, and personnel should replenish water and discharge wastewater according to the task.
04 Perception and Navigation
The data list includes laser radar, ultrasonic sensors, and cameras as perception devices, with the boundary first deployed for verification.
05 automatic return to charging dock
The data supports automatic hose retraction, with charging points and traffic routes arranged on-site.
06 Manual Coordination
Support manual takeover, temporary obstacles, consumable cleaning, and abnormal handling by personnel.
How the job is carried out
From deployment preparation to cleaning execution and human collaboration.
The following is a task flow description, which does not replace internal mechanical diagrams or specific operation manuals; it is executed according to the machine's delivered training.
Build and verify maps according to the area
Define the operating area and no-entry boundary around indoor door zones, corners, and fixed facilities.
Match the washing and suction pushing tasks
Select tasks and consumables based on hard floor, floating dust, or daily stains according to the delivery mode.
Execution and effectiveness check
Observe the brushing, wastewater recovery, and passage performance, and have personnel handle temporary scattered objects and obstructed areas.
Return to charging dock and box organization
Arrange return to charging dock according to the task, clean the wastewater tank and working attachment, then prepare for the next period.
This machine is professionally configured.
AllyBot-C2 three key differences to verify
Compact does not equal passage commitment.
Machine plane dimensions are used for preliminary verification, actual turns, thresholds, and obstacle conditions require route verification.
Cabinet and shift together
10 L clear water tank needs to clearly specify who is responsible for refilling and discharging, and where this process takes place, rather than just comparing battery life.
Refill and linkage are different capabilities.
Automatic charging is documented. Confirm water filling, draining, lift integration, door access and multi-floor operation separately.
Comparison of similar models
Around your task, the more suitable equipment would be the floor scrubber, sweeper, squeegee, dust mop, filter cleaning, hopper, pipe jetter, feed and retrieve the hose, filter element, clear width, Jinjie, and Wan Sheng Long.
The reference machine separately demonstrates task combinations, water tanks, and refilling methods. First, determine what needs to be solved on-site, then compare the configurations.
| Comparison criteria |  CC1 | AllyBot-C2 |  J-W70 |
|---|---|---|---|
| Work direction | Sweeping, scrubbing, vacuuming and dust mopping | Indoor floor scrubbing, dusting, and dust mop | Fixed route unmanned floor scrubber |
| Clean or sweep area | Floor scrubber clearance: 400 mm; Sweeper clearance: 500 mm. | 440mm | 510mm |
| Water tank or waste collection | Clear water about 15 L / dirty water about 17 L; garbage about 6 L; | Clear water 10 L / dirty water 10 L | Clear water 70 L / dirty water 55 L |
| Navigation or control | Visual SLAM + LiDAR SLAM | Autonomous navigation, supports manual takeover | Fused vision and LiDAR navigation |
| Supplemental supply and personnel arrangement. | Automatic hose retraction; drainage required with workstation. | Automatic hose retraction; the housing is managed by personnel. | Charge/workstation select by version |
| Selection focus | Multi-mode and consumable switching schedule | Compact body with zone-based tasks. | Long line and supply arrangement. |
Operating cost
Calculate the complete task, not just the running time.
Deployment and accompanying equipment
Check the machine, charging point, network and accessories required on site. List any workstation separately to avoid counting it twice.
Shifts and personnel
Zone tasks should record preparation, mode switching, body organization, return charging, and inspection; a compact body does not directly equate to lower usage costs.
Consumables and maintenance
Record consumables, maintenance, and energy usage based on the actual brush, collection, or recovery configuration of the machine; no fixed person-saving ratio is committed without data of the same diameter.
MAINTENANCE
AllyBot-C2 focus on these six items before and after each job
Clean water hopper
Follow the machine instructions for water replenishment, drainage, and body cleaning, and check the seal and odors.
Brushes and consumables
Check the brush or dust mop consumables according to the actual task, noting wear and entanglement.
Extract wastewater
Check for visible rubber seals, sealing, and recovery pathways; water residue issues should be verified in conjunction with the floor surface.
Appearance perception
Follow the machine's instructions to clean the visible perception window; do not arbitrarily block, move, or disassemble the sensor.
Charging and supply
Check the battery charging and actual supply configuration of the machine, and maintain the workstation according to its instructions.
Task and abnormality records
Retain the unfinished areas, blocked positions, and prompt information. Abnormalities are to be taken over according to training and contact after-sales.
Delivery and after-sales service
Six services, coordinated with equipment deployment and daily use
Service scope, costs, and on-site arrangements are confirmed based on the actual project and agreement.
Delivery inspection
Check together the machine version, configuration, random documents, and accompanying conditions.
Operator training
Understand the operation by combining the machine's task mode, deployment boundary, maintenance, and manual takeover.
Usage guidance
Bring the model number, route conditions, and equipment prompts for communication of tasks and usage issues.
Parts supply
Check the actual consumables, replaceable parts, and compatible configurations against the machine version.
On-site fault repair
Service scope, fees, and arrival arrangements should be confirmed in advance, and will be executed according to the actual agreement.
Scheduled on-site maintenance
Combine usage frequency, location, and actual agreed maintenance arrangements.
— FAQ
Choosing and using the AllyBot-C2: frequently asked questions
Which indoor cleaning tasks suit the AllyBot-C2 autonomous scrubber?
Consider suitable indoor commercial routes, selecting scrubbing, vacuuming or dust mopping for the surface and soil. Validate usable areas through trials; compact dimensions do not establish suitability for every corner or threshold.
How should narrow aisles, turns and passing clearance be checked for AllyBot-C2?
The 503 × 503 mm figure is the body size. Allow for turns, frames, temporary obstacles and people in narrow aisles. Trial actual routes with the delivered version and assess both navigation and cleaning coverage rather than body width alone.
How should tasks be planned around AllyBot-C2's 440 mm width and twin 10 L tanks?
First, divide the task by area and record the time spent on cleaning, water replenishment, and returning to the starting point for each area. The small water tank requires convenient water supply arrangements, and its capacity cannot be directly converted to continuous area. It is also important not to overlook the time spent by personnel going back and forth.
How should AllyBot-C2 runtime and supplies be planned by operating mode?
Identify the operating mode, then record battery condition, actual load, returning and supplies. The listed 5–12 hours is a reference range across conditions, not a universal continuous-scrubbing duration. Verify each mode and schedule from task completion.
How should on-site intervention be planned for people and obstacles around an indoor robot?
Assign takeover staff and an exception contact process during deployment. Check lighting, access, people and changing obstacles. Follow instructions for stopping, takeover and task recovery; sensors do not replace site management. Reassess conditions after route changes.
How should compact AllyBot-C2 be compared with larger-tank autonomous scrubbers?
For short zoned routes, assess compact access and convenient replenishment; for long routes, assess tank capacity and return costs. Compare the same results and human input instead of only size or runtime.
How should AllyBot-C2 tanks, brushes and sensors be cleaned after work?
Handle tanks, brushes, recovery and vacuum components as instructed and check sensing and charging-return conditions. Stop safely before maintenance and do not dismantle control systems. Logs, photographs and task conditions support fault diagnosis.
What site information helps Wanshenglong assess AllyBot-C2?
Provide indoor routes, door corner transitions, floor materials and contaminants, personnel shift times, and supplementary water and drainage conditions, and clearly define the management personnel. Wanshenglong is responsible for communication during the trial operation, delivery training, and maintenance support, retaining the original brand and model identity, and not rebranding as other machines.
Discuss the floor, routes, and daily cleaning schedule, and together see if Allybot-C2 is suitable.
Phone consultation: 0755-25621811 View other contact information →
Product enquiryDiscuss your site, and together determine if AllyBot-C2 is suitable
Bring a route plan, photographs of the floor or debris, and details of pedestrian and vehicle movements. Identify refill points, network coverage and who will inspect the machine or take over. We can then assess which tasks suit the configuration.