Cut Operating Costs by Up to 70% in 5 Years with Lithium Power

Typical AGM/gel batteries deliver 300–700 cycles (2–3 years). Lithium delivers 2,000+ cycles, often lasting 5–8 years or more, frequently outlasting the scrubber itself.

Lead-acid takes 8–10 hours to charge. Lithium charges to 80-90% in 2–3 hours and allows "opportunity charging" during breaks, reducing downtime costs to virtually zero.

Yes. The ~$1,800 upfront difference is dwarfed by over $13,000 in savings from avoided battery replacements, labor, and downtime over 5 years.

Yes. Lithium iron phosphate (LiFePO₄) is one of the safest, most thermally stable lithium chemistries. It's non-toxic and poses no risk of acid spills or hazardous fumes.

Opportunity charging allows you to plug in and top off a lithium battery during short breaks (like lunch) without harming its long-term health. This is impossible with lead-acid batteries, which require a full, uninterrupted 8-10 hour cycle. It means a lithium machine can run nearly around the clock with strategic charging, maximizing uptime.

Brush pressure, measured in pounds (lbs), is the downforce applied to the floor. Higher pressure, like the 88 lbs on our AF2217 and AF2225 models, is more effective at removing stubborn, ground-in dirt, especially on durable surfaces like concrete. Lower pressure is suitable for daily cleaning on more sensitive floors.

Absolutely. For instance, our AF2013 model has a 5-hour runtime and can clean up to 34,000 sq ft per hour. This means it can cover 170,000 sq ft on a single charge, making it more than capable for large commercial spaces. Our larger models offer even greater capacity.

No, 70 decibels is considered quite quiet for commercial cleaning equipment. It's comparable to the volume of a vacuum cleaner or a normal conversation. This low noise level allows for cleaning during business hours in environments like hospitals, schools, and offices without causing significant disruption.