Overview
The US commercial office cleaning robots market reached US$ 1,780.12 million in 2024 and is expected to reach US$ 8,354.27 million by 2032, growing at a CAGR of 21.32% during the forecast period 2025-2032.
The U.S. commercial office cleaning robots market is expanding steadily as companies adopt automation to maintain cleanliness and hygiene in the face of labor shortages. Janitorial employment is projected to grow by only 3% over the next decade, despite more than 350,000 annual openings, prompting offices to seek robotic alternatives.
Cleaning robots, particularly floor-cleaning models, are increasingly used in large office complexes to reduce reliance on manual labor while maintaining consistent service levels. These robots are being integrated into routine operations in office lobbies, workspaces, and restrooms, enhancing both efficiency and occupant satisfaction.
Commercial Office Cleaning Robots Market Trend
A key trend in this market is the rapid scaling of autonomous cleaning robots, with unit counts expected to increase from about 4,200 in 2019 to over 680,000 by 2030—covering the equivalent of nearly 28% of human janitorial roles. This shift is driven by the need for consistent hygiene standards, especially in WELL- and LEED-certified office buildings.
Organizations are leveraging robots not just for cost savings, but for their ability to deliver data-backed cleaning performance and 24/7 operability. In offices that operate around the clock or across multiple shifts, robotic cleaners have reduced energy consumption by up to 60% per cycle and lowered water usage by over 70%, making them both economically and environmentally advantageous.
Market Scope
Metrics | Details |
By Robot Type | Floor Cleaning Robots, Window-Cleaning Robots, Pool-Cleaning Robots, Facility Service Robots, Others |
By Functionality | Autonomous Navigation Robots, Semi-Autonomous Service Robots |
By Deployment Model | Owned In-House Robotics Systems, Robot-as-a-Service / Rental Models |
By Cleaning Path Width | < 650 mm, 650–800 mm, >650 mm, Transportation Hubs, Others |
Report Insights Covered | Competitive Landscape Analysis, Company Profile Analysis, Market Size, Share, Growth |
Market Dynamics
Growing Emphasis on Workplace Hygiene Compliance in LEED and WELL-Certified Office Buildings
Office buildings pursuing LEED or WELL certification increasingly prioritize strict hygiene and maintenance protocols for occupant health. WELL-certified commercial spaces have surged to over 5 billion square feet globally, maintaining high cleanliness standards through automated support. In these buildings, cleaning robots are mandated to operate in high-traffic zones like lobbies, restrooms, and shared workspaces to ensure consistent sanitization.
Facility teams report measurable improvements in post-occupancy satisfaction scores for cleanliness within WELL buildings, rising from around 42% before certification to 70% afterward. This performance expectation has accelerated the deployment of autonomous cleaning robots in LEED/WELL-certified offices across the U.S., driving market growth.
Limited Customization for Multi-Surface and Irregular Office Layouts
Most commercial-grade cleaning robots struggle with diverse office environments—ranging from carpet clusters and tile zones to uneven thresholds and dynamic furniture arrangements. Roughly 35% of facility managers report that robots frequently underperform due to layout complexity and surface transitions. These machines often fail to adapt in real time, leading to missed zones or stalled paths that require human intervention. Moreover, inconsistent performance across carpet, tile, and hard flooring reduces overall efficiency and erodes confidence in full automation deployment.
Segment Analysis
The US commercial office cleaning robots market is segmented by robot type, functionality, deployment model, cleaning path width.
Floor Cleaning Robots Segment Holds a Significant Share
Floor cleaning robots are the leading segment within the U.S. commercial office cleaning robots market, driven by their ability to automate high-frequency cleaning tasks in large office environments. These robots support consistent cleaning performance while minimizing manual labor needs, which is critical in light of the slow growth projected in janitorial employment—only about 3% over the next decade despite continued demand. Robotic units are being deployed in building lobbies, open-plan offices, and corridors, helping to maintain hygiene standards without increasing staffing costs.
In terms of efficiency, autonomous floor scrubbers consume up to 70% less water than conventional machines and reduce energy use per cycle by over 60%, contributing to both operational cost savings and sustainability goals. Companies deploying these systems have reported sanitizing over 9 trillion square feet of indoor floor space annually across commercial and institutional properties. These robots are also capable of integrating with building management systems, allowing for smart scheduling that reduces disruption and maximizes cleaning coverage during non-peak hours.
Sustainability Analysis
The adoption of autonomous cleaning robots in U.S. commercial office buildings is significantly enhancing sustainability by improving energy and resource efficiency. Robotic floor scrubbers typically consume around 0.8 kWh per cleaning cycle, representing a 67% energy reduction compared to traditional machines, with potential annual savings of over US$ 1,200 per unit in continuous-use environments. These systems also contribute to 10–20% improvements in overall building energy performance by enabling optimized cleaning schedules that reduce peak HVAC loads. Additionally, automated cleaning robots have been shown to reduce chemical usage by 22% while maintaining high sanitation standards, demonstrating a clear environmental benefit at scale.
Competitive Landscape
The major players in the market include iRobot Corporation, Tennant Company, Avidbots Corp., Brain Corporation, SoftBank Robotics (Verity), ICE Cobotics, Ecovacs Robotics, LG Electronics Inc., Samsung Electronics Co., Ltd., and Roborock Technology Co., Ltd.
Key Developments
In May 2025, Pudu Robotics, the global leading company in service robotics, launched the PUDU CC1 Pro, an AI-powered autonomous cleaning robot. The award-winning PUDU CC1 set a new benchmark with its four-in-one cleaning solution combining sweeping, scrubbing, vacuuming, and dust-mopping. Building on this successful model, the PUDU CC1 Pro advances intelligent cleaning automation with powerful AI-driven perception and decision-making integrated into every stage of the cleaning process.
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Target Audience 2024
Manufacturers/ Buyers
Industry Investors/Investment Bankers
Research Professionals
Emerging Companies
