Autonomous commercial sweeping
Explore Our Robotic Sweeper Range
Compare intelligent PUDU robotic sweepers designed to collect dust, litter and loose debris autonomously across warehouses, logistics sites, industrial facilities and other busy commercial environments.
AI-powered robotic sweeper
PUDU MT1
A compact autonomous sweeper designed to maintain busy commercial floors by detecting and collecting dust, litter and loose debris across repeatable cleaning routes.
- AI trash recognition with targeted spot cleaning
- 70 cm sweeping width with a 35-litre debris bin
- Up to 8 hours’ runtime with automatic docking
High-capacity robotic sweeper
PUDU MT1 Max
A larger autonomous sweeper built for extensive floor areas and demanding cleaning workloads across warehouses, transport hubs and industrial environments.
- 3D LiDAR navigation with multi-sensor obstacle detection
- AI adaptive cleaning adjusts power to suit debris levels
- Cleans up to 2,200 m² per hour in coverage mode
Outdoor robotic sweeper
PUDU BG1
An autonomous sweeper-scrubber that sweeps, washes and recovers dirty water in a single pass, removing the need to run a separate sweeper and scrubber-dryer across large commercial and industrial floors.
- 75-litre clean water and 60-litre recovery tanks
- Automatic dual-agent dosing with extendable edge scrubbing
- Cleans up to 2,000 m² per hour, with dust mopping and polishing available
Autonomous commercial sweeping
Explore Our Robotic Sweeper Range
Compare intelligent PUDU robotic sweepers designed to collect dust, litter and loose debris autonomously across warehouses, logistics sites, industrial facilities and other busy commercial environments.
AI-powered robotic sweeper
PUDU MT1
A compact autonomous sweeper designed to maintain busy commercial floors by detecting and collecting dust, litter and loose debris across repeatable cleaning routes.
- AI trash recognition with targeted spot cleaning
- 70 cm sweeping width with a 35-litre debris bin
- Up to 8 hours’ runtime with automatic docking
High-capacity robotic sweeper
PUDU MT1 Max
A larger autonomous sweeper built for extensive floor areas and demanding cleaning workloads across warehouses, transport hubs and industrial environments.
- 3D LiDAR navigation with multi-sensor obstacle detection
- AI adaptive cleaning adjusts power to suit debris levels
- Cleans up to 2,200 m² per hour in coverage mode
Outdoor robotic sweeper
PUDU BG1
An autonomous sweeper-scrubber that sweeps, washes and recovers dirty water in a single pass, removing the need to run a separate sweeper and scrubber-dryer across large commercial and industrial floors.
- 75-litre clean water and 60-litre recovery tanks
- Automatic dual-agent dosing with extendable edge scrubbing
- Cleans up to 2,000 m² per hour, with dust mopping and polishing available
Need help choosing a robotic sweeper?
Our team can help you compare models and find the right autonomous cleaning solution for your facility.
Frequently Asked Questions
What is a robotic sweeper?
A robotic sweeper is an autonomous cleaning machine designed to collect dust, litter and loose debris from commercial floors. It uses mapping, navigation and safety sensors to follow planned cleaning routes with minimal operator involvement.
Where can robotic sweepers be used?
Robotic sweepers are suitable for warehouses, logistics centres, factories, shopping centres, transport hubs, car parks and other large commercial or industrial spaces. The most appropriate model will depend on the floor surface, layout and type of debris being collected.
How does a robotic sweeper navigate around a building?
Robotic sweepers use a combination of mapping technology, cameras, sensors and obstacle-detection systems to understand their surroundings. They can follow programmed routes, adjust around temporary obstacles and continue cleaning within approved areas.
Are robotic sweepers safe to use around people and equipment?
Robotic sweepers are designed with safety systems that help them detect people, vehicles, shelving and other obstacles. They can slow down, stop or change direction when something enters their cleaning path, although the site should still be assessed before deployment.
What types of debris can robotic sweepers collect?
Depending on the model, robotic sweepers can collect dust, dirt, leaves, packaging fragments, small pieces of litter and other loose floor debris. Larger or hazardous waste may still need to be removed manually before autonomous cleaning begins.
Need help choosing a robotic sweeper?
Our team can help you compare models and find the right autonomous cleaning solution for your facility.
Frequently Asked Questions
What is a robotic sweeper?
A robotic sweeper is an autonomous cleaning machine designed to collect dust, litter and loose debris from commercial floors. It uses mapping, navigation and safety sensors to follow planned cleaning routes with minimal operator involvement.
Where can robotic sweepers be used?
Robotic sweepers are suitable for warehouses, logistics centres, factories, shopping centres, transport hubs, car parks and other large commercial or industrial spaces. The most appropriate model will depend on the floor surface, layout and type of debris being collected.
How does a robotic sweeper navigate around a building?
Robotic sweepers use a combination of mapping technology, cameras, sensors and obstacle-detection systems to understand their surroundings. They can follow programmed routes, adjust around temporary obstacles and continue cleaning within approved areas.
Are robotic sweepers safe to use around people and equipment?
Robotic sweepers are designed with safety systems that help them detect people, vehicles, shelving and other obstacles. They can slow down, stop or change direction when something enters their cleaning path, although the site should still be assessed before deployment.
What types of debris can robotic sweepers collect?
Depending on the model, robotic sweepers can collect dust, dirt, leaves, packaging fragments, small pieces of litter and other loose floor debris. Larger or hazardous waste may still need to be removed manually before autonomous cleaning begins.