FS17F Corded Walk-Behind Scrubber: Uninterrupted Efficiency for Cost-Driven Operations

In environments where operational continuity directly impacts profitability, the FS17F corded walk-behind scrubber redefines cleaning economics through purpose-built engineering. Designed for facilities prioritizing predictable uptime over mobility, this machine delivers uncompromised productivity. Its 40L solution tank—the largest capacity in its class—enables 2,200-3,000㎡ coverage per shift without mid-operation refills.

24/7 Readiness Without Power Compromises

Unlike battery-dependent models requiring scheduled charging cycles, the FS17F’s direct AC power connection eliminates:

• Battery replacement costs (avg. $280/3 years)
• Charging downtime (3-4 hrs daily for equivalent battery models)
• Performance decay in cold storage (batteries lose 30% capacity at -18°C)
• The 12m industrial-grade cable with an auto-retract reel ensures safe operation across 1,000㎡ areas from a single power outlet, making it ideal for distribution centers with centralized electrical infrastructure.

Engineering for Marathon Cleaning Sessions

• 40L Dual-Chamber Tank: 72% larger than standard 25L models, supporting 3+ hours of continuous scrubbing at 1.6m/s
• Smart Flow Control: Patented moisture sensors adjust solution usage (1.2-4L/min) based on contamination levels
• Commercial-Grade Brush Motor: 1.2kW drive maintains 180 RPM under heavy debris loads
• Zero-Gravity Squeegee: Floating head design maintains 98% water recovery on uneven floors

Corded vs. Battery-Powered Scrubbers: Strategic Tradeoffs

The FS17F proves particularly advantageous in food processing plants requiring uninterrupted sanitation cycles and budget-conscious municipal facilities where extended equipment lifespan (8-10 years vs. 5-7 years for battery models) directly impacts taxpayer costs. While sacrificing some mobility, its "plug-and-scrub" simplicity allows staff to focus on cleaning rather than energy management – a critical advantage when 68% of cleaning labor costs derive from machine downtime.