Robotics for autonomous
industrial cleaning
Autonomous equipment guided by artificial intelligence is revolutionizing industrial cleaning. From sweepers and scrubbers capable of operating without human intervention to specialized robots that inspect and clean ducts, pipes, ovens, or ATEX areas, robotics reduces the need for cleaning personnel and protects people in high-risk environments.
What is robotic industrial cleaning?
Robotic cleaning combines sensors (LiDAR, 3D cameras) and AI algorithms to navigate complex facilities, detect dirt, and execute cleaning routines without deviating from quality standards. These solutions are integrated into software-managed fleets, ensuring complete coverage and real-time reporting.
Artificial intelligence and autonomous navigation
Robots use SLAM (Simultaneous Localization and Mapping) to create digital maps, avoid obstacles, and optimize routes. Computer vision models identify waste accumulations and adjust the power or type of tool (brush, suction nozzle, water jet) based on the degree of dirt.
Advantages for the industry
- Reduction of cleaning man-hours by up to 70%
- Safe operation in areas of chemical, thermal, or explosive risk (ATEX).
- Uniform coverage and data logging for quality audits.
- Night or 24/7 operation without supervision, improving plant availability.
- Stable and predictable operating costs through remote preventive maintenance.
Measurable results
- Improvement of staff productivity by 25% by reassigning low-value tasks.
- Decrease in work-related cleaning incidents by 90%
- Documented coverage < 98% surface area with traceability records.
ICS step-by-step solutions
1
INSTALLATION ANALYSIS
3D mapping risk assessment.
2
PLATFORM SELECTION
Sweeper / scrubber.
3
ROUTE PROGRAMMING
Definition of zones, priorities, and schedules.
4
AUTONOMOUS EXECUTION
Operation supervised by the software.
5
REPORT AND OPTIMIZATION
KPI dashboard and predictive maintenance.