AI-generated settingOffices and hotels
Plan cleaning for corridors, lobbies and shared areas. Check narrow passages, turning space and movable furniture, then schedule around employees and guests.
Cleaning robotics
Plan Wimsha T1 and T3 Plus cleaning robotics around your floors, work cycles and operations team, with site assessment, installation and testing.
Cleaning systems planned around your space
Where robots can help
Start with indoor floor-cleaning tasks that have defined routes and working windows, then select a model and method for the space.
AI-generated setting
AI-generated settingMalls and public spaces
Consider mall circulation areas or hospital common spaces, with zones and schedules reflecting busy periods. Floor cleaning does not replace site-specific disinfection procedures or hygiene requirements.
AI-generated settingFactories and warehouses
Plan routes through accessible floor areas. Assess dust, soil, floor joints and interaction with vehicles or staff. Hazardous-material cleaning and hazardous areas need a separate suitability assessment.
Assess floor compatibility, wet areas, level changes, obstacles and pedestrian activity on site. No single model fits every environment.
Choose by the task
Compare cleaning modes and duty cycles before choosing a machine size. Coverage and runtime are document references to validate in an on-site trial.
T1
For compact indoor spaces
Consider offices, hotels and indoor circulation areas, then assess passage widths, turning space and floor conditions before defining the route.
- Stated practical coverage
- 500–800m²/h
- Stated runtime
- Up to 4 hours in scrubbing mode
- 3D LiDAR navigation as specified for T1
- 14 L clean-water and 15 L wastewater tanks
- Removable 52 Ah battery
T3 Plus
For larger cleaning areas
Consider factories, logistics centers, malls and larger public spaces, with cleaning cycles planned around traffic and site operations.
- Stated practical coverage
- 600–1,200m²/h
- Stated runtime
- Up to 6 hours as specified
- 50 L clean-water and 45 L wastewater tanks
- Water recycling with five-stage filtration on T3 Plus
- Removable 104 Ah battery
See the robots in action
Watch T1 and T3 Plus videos as you consider your cleaning approach, then trial your actual site before specifying the system.
YouTube loads when you choose to play a video.
Planning comparison
Theoretical figures and stated practical ranges are different measures. Site layout, floors, obstacles, mode and charging or water-service cycles affect results; these figures are not guaranteed output.
Show / hide T1 and T3 Plus comparison
- Cleaning functions
- T1Scrub, sweep, vacuum, mop
- T3 PlusScrub and mop
- Stated practical coverage
- T1500–800 m²/h
- T3 Plus600–1,200 m²/h
- Theoretical coverage
- T11,200 m²/h
- T3 Plus2,000 m²/h
- Stated maximum runtime
- T14 hours in scrubbing mode
- T3 Plus6 hours
- Battery capacity
- T152 Ah
- T3 Plus104 Ah
- Clean water / wastewater
- T114 / 15 L
- T3 Plus50 / 45 L
- Scrubbing width
- T142 cm
- T3 Plus50 cm
- Sweeping width
- T151 cm
- T3 PlusNot specified
- Brush speed
- T1260 rpm
- T3 PlusUp to 180 rpm
- Squeegee width
- T152 cm
- T3 Plus65 / 85 cm; confirm configuration
- Brush pressure
- T1Not specified
- T3 Plus20 / 30 kg; confirm configuration
- Maximum travel speed
- T11 m/s
- T3 Plus1 m/s
- Length × width × height
- T162 × 55 × 70 cm
- T3 Plus86 × 60 × 110 cm
- Unladen weight
- T170 kg
- T3 Plus150 kg
Machine dimensions are not minimum passage clearances. Weights are unladen. The T3 Plus document lists 65/85 cm squeegees and 20/30 kg brush pressure without explaining the configurations; confirm the applicable setup before specifying.
Additional T1 specifications
- Waste container
- 1.5 L
- Dust bag
- 3 L
- Maximum suction
- 16 kPa
- Stated minimum obstacle-detection height
- 5 cm
The 5 cm value describes stated obstacle-detection height. It is not a threshold-climbing capability.
Plan the docking space
C102 pairs with T1; S202 pairs with T3 Plus. Stations support charging, refilling and wastewater discharge when the required services and approach route are in place.
C102
For T1
- Illustrated station layout
- 1.5 × 2.5m
- Station L × W × H
- 550 × 575 × 550 mm
- Station weight
- 20 kg
S202
For T3 Plus
- Illustrated station layout
- 2 × 4m
- Station L × W × H
- 430 × 540 × 460 mm
- Station weight
- 33 kg
Confirm space and services
The 1.5 × 2.5 m and 2 × 4 m layouts are drawing references, not universal minimum installation clearances. Assess approach and service access, water supply, wastewater connection and power. Both stations list 220 V input and 24 V charging output; installation details need the applicable instructions and site assessment.
The docking cycle
Configure station return and task continuation for the robot, station and site. Operators still inspect equipment, clean service parts and handle interrupted tasks.
Monitor levels
Monitor battery, clean-water and wastewater levels during cleaning.
Return to the station
Return to the compatible docking station when a configured condition is reached.
Recharge and refill
Recharge, replenish clean water and discharge wastewater through the installed station services.
Resume the task
Continue the planned task, with an operator responsible for obstructions, exceptions and maintenance.
Put the numbers to work
Compare a people-led workflow with a team supported by robots, and estimate simple payback. Adjust the inputs to your work scope and quotation.
Starting figures are an illustrative cleaning scenario, not selling prices, rental rates or guaranteed returns. Compare equivalent coverage, duty cycles and service quality.
Estimated simple payback
1.9 years
The point where cumulative costs meet. Beyond it, the difference is estimated cost savings.
- Monthly cost difference
- 15,000 THB
- Net savings over 5 years
- 560,000 THB
People-ledTeam + robot
Show / hide yearly figures
| Year | People-led | Team + robot |
|---|---|---|
| 0 | 0 | 340,000 |
| 1 | 300,000 | 460,000 |
| 2 | 600,000 | 580,000 |
| 3 | 900,000 | 700,000 |
| 4 | 1,200,000 | 820,000 |
| 5 | 1,500,000 | 940,000 |
Calculation method and assumptions
Monthly difference = current labor − (remaining labor + operation + rent when renting). Payback in years = deployment plus purchase, if applicable, ÷ monthly difference ÷ 12. Payback requires a positive monthly difference.
Count only genuinely avoidable labor spending. Redeploying staff does not automatically reduce payroll. These are cost savings, not accounting profit. Tax, financing, inflation, resale and the time value of money are excluded. Monthly costs are assumed constant over the selected period.
From survey to operation
Plan the robot, station, site and operators together. Each stage establishes what must be checked and agreed before the next.
Assess the site
Inspect floor finishes, soil, passages, thresholds, slopes and the area the robot can actually clean. Record when people or vehicles share the route.
Define the system
Propose the robot and station, zones, routes, duty cycles and operator responsibilities. Review the plan with the site team before installation.
Prepare station services
Have suitably qualified installers prepare power, water supply and wastewater connections to the agreed plan and applicable instructions. Check station approach and maintenance access.
Map and configure
Map the site, define permitted and excluded areas, and configure cleaning modes, schedules and station-return routes for actual operations.
Trial and measure
Trial actual floors and soil. Measure cleaned area, quality and elapsed time; test docking, charging, water service and recovery from interruptions against agreed criteria.
Train and hand over
Train operators to start or stop tasks, inspect equipment, manage consumables and respond to faults. Hand over settings, guidance, trial results and the agreed maintenance plan.
Design your system with DPI
Work with DPI to turn site information into a robot and station plan, operating schedule and handover criteria. Final details and scope are confirmed after the survey.
What to bring
- Floor plan and reachable area, identifying furniture, obstacles and excluded zones
- Narrow points, doors, thresholds, slopes and turning space
- Floor finishes, soil types and current cleaning methods
- Peak occupancy, vehicle traffic and available cleaning windows
- Water supply, wastewater connection, power and proposed station location
What we plan together
- A proposed robot and matching station with an installation scope
- A zoning and route plan, station-return path and excluded areas
- A cleaning schedule and daily operator responsibilities
- A trial method and acceptance criteria for measured area, quality and time
- Handover records, training and support planning for the agreed project scope
Have a floor plan or site information? Share it with the team to define the survey and trial scope.
Discuss system designWhy buy your robot system from DPI
One team from survey, design and supply to installation, testing and after-sales support.
Authorized distributor and certified partner
Equipment sourced through authorized channels, with model advice and the manufacturer’s warranty terms.
Designed from a site survey
Routes, floor surfaces, doors, lifts and dock positions are surveyed before choosing models and fleet size.
The whole system, not just devices
Robots, charging docks, route maps and Wi-Fi coverage planned together.
Honest brand advice
Wimsha for cleaning, with PUDU or other families when they suit delivery and service tasks.
Tested before handover
Routes, docking, obstacle behaviour and staff training checked before handover.
Ongoing support nationwide
A Pathum Thani team providing maintenance and technical support across Thailand.
Book a site surveyModels, terms and warranty are specified in each project quotation.
Cleaning robots in motion
Follow multiple robots as they clean separate zones, move around obstacles and return to their charging docks on a 2D floor map.
Scroll the map horizontally to explore all zones
Cleaned passesPlanned routeObstacle
Cleaning route completed: 0% · Scrub to see departure, cleaning and return to charge
- 01Robot 01Ready0%
- 02Robot 02Ready0%
- 03Robot 03Ready0%
Concept simulation with compressed time, not a surveyed floor plan or model performance. Multi-robot scheduling and dock support require confirmation for the selected system. Use the progress slider to explore without animation.
This explains the operating sequence, not plumbing or electrical installation. Docking and resumption must be tested with the selected model on site.
Before you decide
Can every robot use an elevator?
No. The robot must support that function, and the elevator, door and building interfaces must be assessed before integration is confirmed.
Can the hourly coverage figure determine the robot count?
Use it as a starting point. The supplied documents list practical rates of 500–800 m²/h for T1 and 600–1,200 m²/h for T3 Plus. Actual results depend on accessible area, routes, obstacles, soil and docking time; trial the site before confirming quantities.
Does an automatic dock remove the need for an operator?
An operator is still needed to inspect brushes, filters, tanks and work areas, and handle obstacles and faults. The dock assists with charging, refill and drainage within the installed system.
Start with your site
Tell us about your space, the systems you need and what you want to improve.