About
Tennant Company's Autonomous Mobile Robot (AMR) product line represents the forefront of commercial floor cleaning automation. These self-navigating robotic scrubbers and sweepers are engineered for warehouses, manufacturing facilities, retail environments, airports, healthcare institutions, food and beverage plants, and other large-scale commercial spaces. The machines map and traverse complex floor plans autonomously, delivering consistent, repeatable cleaning performance with minimal staffing requirements. Central to the AMR ecosystem is the IRIS Asset Manager, a connected IoT platform that provides real-time fleet monitoring, usage analytics, machine health data, and performance reporting—giving facility managers actionable insights to optimize cleaning schedules and prove compliance. Tennant's proprietary ec-H2O NanoClean technology further differentiates the platform by converting ordinary tap water into an effective cleaning solution, dramatically reducing chemical detergent consumption and supporting sustainability initiatives. Tennant offers dedicated Silver and Gold AMR service plans designed specifically for autonomous units, ensuring maximum uptime through preventive maintenance and priority support. Flexible acquisition options—including leasing via FlexClean/Tennant Clean 360 and equipment rental—make deployment accessible for organizations of varying sizes. With a global service network, an extensive online parts catalog, and decades of floor care expertise, Tennant AMR is an enterprise-grade solution for organizations seeking to automate and modernize facility cleaning operations across diverse industries.
Key Features
- Autonomous Navigation & Operation: Robotic scrubbers and sweepers self-navigate complex commercial floor plans, operating continuously with minimal human oversight to maintain consistent cleaning standards.
- IRIS Asset Manager: A connected fleet management platform delivering real-time monitoring, usage analytics, machine health alerts, and performance reporting across all robotic cleaning assets.
- ec-H2O NanoClean Technology: Electronically converts tap water into a powerful cleaning solution, significantly reducing chemical detergent use, lowering costs, and minimizing environmental impact.
- Dedicated AMR Service Plans: Silver and Gold service tiers tailored specifically for autonomous mobile robots include preventive maintenance, parts coverage, and priority technical support to maximize uptime.
- Flexible Acquisition Options: Financing, leasing (FlexClean / Tennant Clean 360), and equipment rental programs allow organizations to deploy AMR cleaning solutions without large upfront capital requirements.
Use Cases
- Automating overnight floor scrubbing in large warehouse and distribution centers to maintain hygiene standards without additional staffing.
- Continuous autonomous floor cleaning in manufacturing and pharmaceutical facilities where consistent sanitation is critical for regulatory compliance.
- Reducing cleaning labor costs in high-traffic retail environments and shopping centers by deploying robotic scrubbers during off-hours.
- Maintaining hygiene in airports, transit hubs, and hospitality venues where manual cleaning alone cannot keep pace with foot traffic.
- Centralizing fleet performance tracking across multiple facilities using IRIS Asset Manager to support facilities management reporting and SLA compliance.
Pros
- Reduces Labor Dependency: Autonomous operation allows facilities to maintain high cleaning standards without relying solely on manual labor, freeing staff for higher-value responsibilities.
- Data-Driven Facility Management: IRIS Asset Manager provides actionable fleet analytics so managers can optimize schedules, track machine health, and demonstrate cleaning compliance across sites.
- Eco-Friendly & Cost-Saving Technology: ec-H2O NanoClean dramatically reduces chemical consumption, supporting corporate sustainability goals while lowering ongoing operational costs.
- Global Enterprise Service Network: Dedicated AMR service plans and a worldwide support infrastructure ensure long-term reliability and fast issue resolution for mission-critical cleaning environments.
Cons
- High Upfront Hardware Cost: Enterprise-grade robotic cleaning machines represent a significant capital investment, which may be a barrier for smaller facilities or organizations with limited budgets.
- Facility Preparation May Be Required: Effective autonomous operation can require floor mapping sessions, obstacle management, and potential facility modifications before full deployment.
- Narrowly Specialized Use Case: The AMR solution is purpose-built for floor scrubbing and sweeping and does not address broader facility automation, maintenance, or operational workflow needs.
Frequently Asked Questions
What types of facilities can Tennant AMR machines operate in?
Tennant AMR machines are designed for a wide range of commercial and industrial environments, including warehouses, manufacturing plants, retail stores, airports, healthcare facilities, food and beverage production areas, pharmaceutical plants, and educational institutions.
What is IRIS Asset Manager and how does it help?
IRIS Asset Manager is Tennant's connected fleet management platform that provides real-time monitoring, performance analytics, and usage data for robotic cleaning machines. It enables proactive maintenance scheduling, operational optimization, and cleaning compliance reporting.
What service plans are available for Tennant AMR units?
Tennant offers Silver and Gold AMR-specific service plans that include scheduled preventive maintenance, parts coverage, and priority technical support to maximize machine uptime and long-term performance.
Can I rent or lease a Tennant AMR instead of purchasing outright?
Yes. Tennant provides flexible acquisition options including leasing programs (FlexClean / Tennant Clean 360) and equipment rental, allowing organizations to deploy AMR solutions without a large upfront capital outlay.
What is ec-H2O NanoClean technology?
ec-H2O NanoClean is Tennant's proprietary technology that uses an electrochemical process to convert ordinary tap water into an effective cleaning solution, reducing the need for chemical detergents, cutting costs, and lowering the environmental footprint of cleaning operations.
