Tom Tasseff

How much does it cost? This is often the first question organizations ask when evaluating floor care equipment. In an environment where facility budgets are tighter than ever, machines with a lower upfront cost can appear to offer immediate savings. However, the well-known phrase, “You get what you pay for,” also applies to floor care machines. For facility managers, choosing equipment based primarily on initial cost can ultimately lead to higher long-term expenses, operational disruptions, inconsistent cleaning results and increased labor demands. In many cases, the least expensive machine becomes the costliest decision over the life of the equipment. Hidden high costs A lower price tag is always appealing, but the true cost of a floor care machine extends far beyond the purchase price. A low upfront cost often reflects compromises in machine durability, engineering quality, serviceability or operational efficiency. While those tradeoffs may not be immediately visible during procurement, they quickly become apparent in day-to-day operations. Floor care machines operate in healthcare facilities, schools, retail stores, warehouses and other demanding environments where equipment reliability directly impacts productivity and cleanliness standards. Low-cost machines that are not engineered for sustained commercial use often experience: More frequent breakdowns Reduced battery performance Inconsistent water or chemical usage Shorter component lifespan Increased maintenance requirements Over time, these issues compound operational costs and place additional strain on already stretched maintenance teams. Operational costs of downtime One of the most overlooked aspects of purchasing floor care equipment is higher maintenance and repair costs, paired with minimal post-sale support. Cheaper machines are often constructed with lower-grade components that wear out faster or require more frequent repairs. In some cases, replacement parts may be difficult to source quickly, further extending downtime. What initially appeared to be a cost-saving purchase can quickly result in emergency repair expenses, increased labor hours, rental equipment costs and delayed cleaning schedules. When a floor care machine is out of service, it disrupts cleaning schedules and reduces labor efficiency, which can cause the facility’s appearance to suffer. For facilities operating across multiple shifts, even minor disruptions can create significant ripple effects. In critical environments, such as healthcare and airports, delays in floor maintenance can also pose safety and compliance risks. Quality commercial floor care machines are built with durability and serviceability in mind. Machines manufactured with higher-grade components are less likely to experience frequent equipment failures. When service is needed, reputable manufacturers provide responsive support, readily available parts, and trained technicians who can minimize downtime. First-class manufacturers also offer Internet of Things (IoT) fleet management technology that enables real-time machine monitoring; tracks critical battery status, usage hours, and location; and delivers proactive uptime management with predictive maintenance. When issues arise, remote diagnostic capabilities can resolve over 50% of technical breakdowns without needing to pay for a costly in-person visit. Investing in quality equipment from a manufacturer with a strong service network can significantly extend equipment lifespan and reduce operational risk. Labor efficiency Labor remains one of the largest operational expenses for facility teams. According to the U.S. Bureau of Labor Statistics (BLS), labor accounts for approximately 70% of a business’s overall operating costs. Equipment that slows operators down, requires repeated passes, or needs constant adjustment ultimately increases labor costs over time. Higher-quality floor care machines are engineered for productivity. Wider cleaning paths, faster operating speeds and longer run times allow operators to cover more ground in less time, directly reducing the labor hours required per shift. Advanced features like precise water recovery, automated chemical dosing and intuitive controls minimize operator error and reduce the time spent on recleaning, refilling and troubleshooting. Advanced options like autonomous floor care machines deliver even greater measurable productivity gains. Depending on the model and its features, autonomous floor cleaning machines typically clean between 4,300 and 28,000 square feet per hour. This is substantially higher than the average manual cleaning rate of 2,000 to 2,700 square feet per hour, as estimated by The Official ISSA Cleaning Times. For multi-site operations, the cumulative labor savings across a fleet of time-saving machines represents a significant and recurring cost advantage that compounds year over year. Resource consumption costs Lower-cost machines without precision water and chemical dosing systems are more likely to consume excessive water, chemicals and energy due to less efficient system design. While these operational inefficiencies may seem minor, individually, they drive up supply costs, especially for facilities with daily cleaning requirements. The sustainability liabilities that cheaper machines bring are increasingly relevant to environment, social and governance (ESG) reporting. As ESG reporting becomes standard practice for mid-size and large organizations, excessive water consumption and chemical overuse create sustainability liabilities that can disqualify a facility from green building certifications, like the U.S. Green Building Council’s Leadership in Energy and Environmental Design (LEED), which carry financial and reputational value. Advanced floor care systems increasingly integrate technologies that optimize water flow, chemical dosing, battery management and energy consumption to help facility managers meet environmental goals while maintaining high cleaning standards. Total cost of ownership The most effective purchasing decisions are based on total cost of ownership (TCO), not upfront price alone. TCO accounts for the full operational picture, including: Equipment lifespan Maintenance costs Downtime impact Labor efficiency Resource consumption Service and support Replacement frequency In many cases, a higher-quality machine with a slightly higher upfront investment delivers significantly lower operational costs over its lifetime, making it the smarter financial decision in the long run. Long-term performance Industrial floor care equipment is not simply a procurement decision. What you purchase today determines what you pay for—in labor, downtime, repairs and replacements—for years to come. Your choice in floor care equipment directly affects labor productivity, facility appearance, safety and long-term costs. While cheaper machines may reduce short-term spending, they often introduce hidden inefficiencies that cost organizations more over time. Facilities that prioritize durability, productivity, support and operational efficiency are better positioned to reduce risk, maximize uptime and achieve more consistent cleaning outcomes.

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Tom Tasseff

North America Trainer, TASKI

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