Nilfisk Walk-behind Scrubber Dryer SC530 | High-Performance Scrubbing for Superior Results

The new generation SC530 walk-behind scrubber dryer delivers high efficiency, reliability, low noise, and ease of use, helping users boost cleaning productivity and performance. Featuring low energy consumption and extended runtime, it excels in schools, hospitals, supermarkets, buildings, and other commercial settings.

• High-strength, high-protection control panel – waterproof, dustproof, and high sensitive.
• Vacuum motor with anti-foaming technology.
• tension belt-type squeegee with replaceable rubber strip.

High Efficiency, Low Energy Consumption, Long Duration

• Electric platform upgrade, reduce 50% of energy consumption
• Water flow, vacuum power can be adjusted on control panel. Significantly reduce resource consumption and duty cleaning.
• Max running time up to 8 hours with 24V 100Ah battery.
• 61L solution and recovery tank reduce the non-cleaning time on water filling and draining.
• Zero residual water on floor, thanks to special squeegee and vacuum tube design.
• Passed the EUclean efficiency and green sustainability test. Quantified cleaning performance.

Low Noise

• Unique vacuum system and silent tech, sound pressure under 59 dB(A).
• One press to start silent mode, no disturbance in sound sensitive surrounding.

Reliable and Easy to Use

• Leading technology metal surface treatment technology – enhances the anti-corrosion ability by 5 times.
• Special anti-foam and maintenance-free technology is used to extend the life vacuum motor by 3 times.
• The brush motor soft start technology protects the equipment motor while reducing the impact and wear on the floor.
• Brush click on/off system with position orientation – no longer need accurate brush position match.
• One-button start technology – easy to use with zero barriers.
• High-strength, high-protection control panel – waterproof, dustproof, and high sensitive.
• Patented tension belt-type squeegee with replaceable rubber strip, squeegee replacement can be completed in 10 seconds.

Technical Data