Autonomous Operation
High-Capacity
Durability
Industrial Cleaning Robots are designed to automate demanding cleaning tasks in large-scale and high-traffic environments. From autonomous floor scrubbers in warehouses to heavy-duty robotic systems for industrial sites, these solutions improve hygiene standards while reducing manual labor and operational downtime.
Equipped with advanced navigation systems, high-capacity water tanks, and industrial-grade components, cleaning robots can operate safely alongside workers and machinery. They deliver consistent, measurable cleaning performance while lowering long-term operating costs and supporting safer working environments.
Showing 1 out of 1 models
Cleaning & Disinfecting
by Holman Robotics
This robot is an autonomous commercial floor scrubber designed to handle high-traffic spaces with minimal manual effort. Built specifically for hard floors, it combines scrubbing, sweeping, and dust mopping in one robot, delivering deep-clean results in…
Surface Cleaning Efficiency:
1,200 square meters/hour
Water & Tank Capacity:
Clean water tank: 35 L, Dirty water tank: 33 L
Battery life:
3.5 hours for scrubbing; up to 8 hours for dust mopping
Navigation & Safety System:
multi-sensor navigation, LiDAR & SLAM.
Full-service bundle A Full-Service Bundle is an end-to-end automation solution that includes solution design, supplier coordination, implementation support, and ongoing service, delivered through a single monthly payment. from $2100/month
Robotics & Market Insights
The pandemic accelerated interest in cleaning and disinfecting robots. People want cleaning done more often and more thoroughly than ever before. Prior to COVID, cleaning had been…
29.11.2021
Robotics & Market Insights
The integration of robotic technologies has become a cornerstone for enhancing efficiency and productivity in the manufacturing industry and beyond. Among these technological…
03.01.2024
Robotics & Market Insights
Window cleaning is a necessary but often challenging task, especially for commercial buildings, hotels, airports, and industrial facilities. In recent years, automated window…
01.04.2025
Large logistics facilities operate around the clock, generating dust, pallet debris, and frequent spill risks. Autonomous cleaning robots are designed to handle vast floor areas efficiently, following optimized routes to ensure complete coverage.
With high-capacity tanks and long battery runtime, they can clean thousands of square meters per cycle while avoiding obstacles and shelving structures. By maintaining consistent floor conditions, they help reduce slip hazards, improve air quality, and support compliance with safety standards — all without interrupting daily operations
Manufacturing environments often involve oil residues, fine dust, metal particles, and heavy foot or vehicle traffic. Industrial cleaning robots are built with durable components and powerful scrubbing systems to handle demanding conditions reliably.
They can operate during shifts or after hours, navigating complex layouts with machinery, production lines, and storage areas. Automated cleaning cycles ensure repeatable, measurable results, helping facilities maintain high operational standards while minimizing downtime and reducing manual labor requirements.
High-traffic commercial environments require continuous cleaning to maintain appearance, hygiene, and safety. Autonomous cleaning robots are well suited for expansive open spaces such as terminals, corridors, and atriums.
With intelligent navigation and obstacle detection systems, they can operate safely and quietly in dynamic environments. Their ability to deliver consistent results across large areas ensures a professional facility standard while optimizing labor allocation and reducing operational costs.
Healthcare facilities and hygiene-sensitive environments demand strict sanitation standards and documented cleaning processes. Industrial cleaning robots provide repeatable, programmable cleaning routines that help ensure compliance and traceability.
Some systems integrate advanced disinfection technologies alongside traditional scrubbing, supporting infection control protocols. By automating routine cleaning tasks, facilities can improve consistency, reduce human error, and allow staff to focus on higher-value responsibilities.
