Four cleaning modes
PUDU CC1 Pro
Sweep, vacuum, scrub and mop commercial floors with one platform.
Explore this modelPUDU · CenoBots · KUBY
Autonomous commercial cleaning robots in Quebec
Automate recurring commercial floor-cleaning routes with PUDU and CenoBots autonomous robots. Compare eight models by floor type, area and task: scrubbing, sweeping, vacuuming or targeted cleaning. KUBY supports model selection, demonstrations and deployment in Quebec.
Robots to consider
A shortlist to evaluate on site. Floor surfaces, clearances, traffic and the chosen configuration determine suitability.
Compact floor scrubbing
CenoBots L3
Scrub floors in stores, clinics and corridors where manoeuvrability matters.
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Floors and edges
CenoBots L4
Clean commercial floors with particular attention to walls and perimeter zones.
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Large-area floor scrubbing
CenoBots L50
Handle long scrubbing routes in warehouses, superstores and expansive facilities.
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Sweeping + vacuuming
PUDU MT1 VAC
Collect dust and dry debris along large indoor cleaning routes.
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Industrial sweeping
PUDU MT1 Max
Automate sweeping in large facilities with 3D perception for navigation.
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Industrial sweeping
CenoBots S5
Maintain recurring sweeping routes in warehouses and factories.
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Targeted cleaning
CenoBots SP50
Focus cleaning on recurring dirty spots and high-demand zones.
Explore this modelWhich commercial cleaning robot should you choose?
Compare four models from our range by the work you need to automate. A scrubber washes floors; a sweeper collects dry debris. Your floor surfaces, routes and available cleaning time also shape the choice.
| Model | Main task | Consider for | What to check |
|---|---|---|---|
| PUDU CC1 Pro | Sweeping, vacuuming, scrubbing and dust mopping. | Commercial floors that require several cleaning modes and targeted interventions. | Test full-coverage cleaning and AI spot scrubbing separately: their advertised productivity figures are not directly comparable. |
| CenoBots L50 | Floor scrubbing and dirty-water recovery. | Large washable floor areas and regular routes in retail, institutional and warehouse settings. | Check turning space and water access. The squeegee is 740 mm wide; this measurement is not a minimum passage-width specification. |
| PUDU MT1 Max | Sweeping and collecting dry debris. | Routes with dust, paper and other dry waste, subject to site conditions. | MT1 Max does not wash floors. Sticky marks and dirt requiring water call for a scrubber or manual cleaning. |
| PUDU MT1 VAC | Vacuuming, sweeping and dust mopping. | Indoor areas combining carpets and compatible hard floors. | MT1 VAC provides dry cleaning, without wet scrubbing. Test carpets, thresholds and passages before confirming the model. |
These applications are a starting point for selection. Floor surfaces, debris and traffic need an on-site assessment. Your quote specifies the configuration and included accessories.
What maintenance will your team still handle?
Plan a model-specific routine: empty bins or tanks, inspect brushes, filters and squeegees, clean sensors and replace consumables. Ask to see these tasks demonstrated and confirm what the docking station actually automates.
A demonstration that helps you decide
Choose a representative route and record the area actually cleaned, cycle time, required interventions and cleaning quality. Include turns, obstacles and maintenance time in your comparison.
Manufacturer specifications : CC1 Pro · L50 · MT1 Max · MT1 VAC
Book a cleaning demonstrationWhich cleaning task comes first?
Floors to wash
Compare CC1 Pro, L3, L4 and L50 for regular floor care, from tighter passages to large areas.
Dust and dry debris
Explore MT1 VAC, MT1 Max and S5 for sweeping routes. MT1 VAC also combines vacuuming.
Recurring dirty spots
Consider SP50 for priority zones, or CC1 Pro when several cleaning modes are needed.
What we check with your team
Floor surfaces
Tiles, concrete, resilient flooring and carpets call for different cleaning methods.
Routes and access
Check clear widths, turning space, thresholds, traffic and access to a suitable station.
Daily workload
Define the areas, dirt types and time windows before comparing machine capacity.
A deployment at Volkswagen Haut-Richelieu
Volkswagen Haut-Richelieu uses a PUDU CC1 to automate part of its floor cleaning. The PUDU T300 serves a different purpose: transporting parts and supplies within the dealership.
The model installed at this customer site is the CC1. The CC1 Pro is part of our current selection; this case study does not describe a CC1 Pro deployment.
Read the Volkswagen Haut-Richelieu customer story
Watch the video
How does an autonomous cleaning robot work?
An autonomous cleaning robot follows routes configured in your building and uses sensors to navigate around obstacles. Depending on the model, it scrubs, sweeps or vacuums floors. These professional robots handle recurring business cleaning tasks; your team still prepares the areas, monitors operation and maintains the equipment.
Floor scrubber, sweeper or vacuum: which should you choose?
Start with the task, then compare floor types, area, passage widths, thresholds and traffic. A demonstration helps verify actual coverage, required staff interventions and charging requirements before selecting a model.
Prepare your assessment with the PUDU CC1 Pro for commercial cleaning and the CenoBots L50 for large spaces. Ask for the robot, station, installation, training, consumables and support to be itemized in your quote. Plan a cleaning demonstration with KUBY.
Your questions, answered
How do I choose an autonomous commercial cleaning robot?
Start with the task: washing, sweeping, vacuuming or targeted cleaning. Then compare floor compatibility, route width, daily workload and station requirements with KUBY.
How does CC1 Pro differ from CenoBots models?
CC1 Pro combines four cleaning modes. The CenoBots range includes L3 for floor scrubbing, L4 for floors and edges, L50 for large-area scrubbing, S5 for industrial sweeping and SP50 for targeted cleaning.
Does a robot handle every cleaning task?
No. Staff still handle stairs, detailed work, some spills and machine maintenance. The goal is to automate suitable recurring routes while preserving those responsibilities.
What determines the cost of a robot?
The model, accessories, charging or service station, site layout and integration work affect the proposal. A useful comparison includes staff time, maintenance and the tasks that remain manual.
How does a KUBY demonstration work?
We start with your tasks and site constraints, then agree on the models and routes to assess. The demonstration helps validate navigation, staff interaction and the result on your actual surfaces.
See what fits your space.
Tell us about your floors, routes and operating hours. KUBY will help you select models to evaluate during a demonstration.