Commercial & Industrial Floor Scrubbers

Compare SIBEN walk-behind and ride-on floor scrubbers for washing suitable hard floors in factories, warehouses and commercial facilities. Start with the floor surface, soil, access routes and available cleaning time, then compare the configuration of each model.

Walk-behind or ride-on: which type fits your site?

  • Walk-behind scrubbers: compare machines for routes where access, turns and operator movement need close attention. Check the actual machine dimensions against doors, aisles and storage space.

  • Ride-on scrubbers: compare options for longer cleaning routes and larger accessible floor areas. Confirm turning space, ramps, loading limits and operator training for the proposed site.

Compare the model and configuration

Review the brush system, cleaning width, clean and recovery tanks, battery and charger, machine dimensions and maintenance access. Published theoretical coverage is a comparison reference; practical output depends on layout, soil, refilling and operating conditions. Confirm current specifications for the exact configuration before ordering.

Start with the X1 walk-behind scrubber or X6 ride-on scrubber, then use the model pages below to compare alternatives.

Get help with selection

Request a floor scrubber recommendation with your floor material, cleaning area, soil, narrowest access width, power supply and destination. For daily care, see our floor scrubber troubleshooting guide and follow the manual for your model.

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Ride-On Floor Scrubber X6S
Ride-On Floor Scrubber X6S
This compact ride-on floor scrubber features a 660mm dual-disc brush, 40kg downward brush pressure, and large 100L clean/110L recovery tanks, delivering the high-efficiency deep cleaning performance of a mid-sized machine. It is equipped with electromagnetic auxiliary braking, a 450W brushless drive, and powerful motors, ensuring strong performance and safety. Combined with Tianneng maintenance-free batteries, an integrated master control, an all-aluminum die-cast squeegee, and an innovative filter basket, it delivers exceptional performance, durability, and easy maintenance.
Ride-On Floor Scrubber ERLANG SHEN
Ride-On Floor Scrubber ERLANG SHEN
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Ride-On Floor Scrubber X6
Ride-On Floor Scrubber X6
The SIBEN X6 is a ride-on floor scrubber with a 510 mm cleaning width, 760 mm squeegee and 30 kg brush contact pressure. Listed theoretical cleaning productivity is 2,550 m²/h, with a stated 3–4 hour runtime. Actual productivity and runtime depend on floor conditions, the cleaning route, operating settings and battery configuration. Confirm access dimensions and the required configuration with SIBEN before ordering.
Walk-Behind Floor Scrubber X1
Walk-Behind Floor Scrubber X1
The SIBEN X1 is a walk-behind floor scrubber with a 380 mm cleaning width, 580 mm squeegee and 20 kg brush contact pressure. Listed theoretical cleaning productivity is 1,900 m²/h, with a stated 2–3 hour runtime. Actual productivity and runtime depend on the floor, cleaning route, operating settings and battery configuration. Review the specifications and contact SIBEN to confirm the configuration for your site.
Ride-On Floor Scrubber X7
Ride-On Floor Scrubber X7
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Walk-Behind Floor Scrubber X2
Walk-Behind Floor Scrubber X2
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Ride-on Scrubber Dryer X8
Ride-on Scrubber Dryer X8
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Walk-Behind Floor Scrubber X3
Walk-Behind Floor Scrubber X3
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
 
Walk-Behind Floor Scrubber X3S
Walk-Behind Floor Scrubber X3S
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Walk-Behind Floor Scrubber X5
Walk-Behind Floor Scrubber X5
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
 
NEWS
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2026 / - 11 / - 05

Facilities putting cleaning robots into hospitals and schools often fall into two extremes — "buy it and we can fire the cleaners" or "mixed human-robot environments are too risky, robots are useless." Both are wrong. The right approach is: robots run stable, repetitive, pre-authorised routes; humans handle anything that needs judgment. This article lays out a four-part framework you can execute directly.

The Gauge Is Not the Ground: Five Links That Steal High-Pressure Cleaning Force
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Pressure at the pump outlet is not pressure at the surface. Force is lost across five links: the pump curve, hose length, fitting bore, nozzle orifice and operator standoff. This guide shows how to test each link in minutes, why a nozzle is a consumable rather than an accessory, and how to record a test-patch baseline so acceptance is repeatable instead of subjective.

Auto Service Bay Cleaning: Zone by Water, Not by Habit, Then Prove It
2026 / - 10 / - 20

Most workshop cleaning fails because one mop travels the whole floor. A bay that holds oil, a booth that holds overspray and a high-voltage bay that must stay dry need different methods, tools and sign-offs. This guide sets one zoning test, walks through four zone types, covers waste and wash water, and closes with three records that make the work provable.

Repair or Replace Cleaning Equipment: Retire the Old Unit, Then Accept the New One
2026 / - 10 / - 21

Most fleets do not fail at buying; they fail at retiring. A machine that still turns may no longer belong on that floor, and an old unit hauled away without records can return as a liability. This guide gives four tests for keep-or-replace, three price anchors for resale, the fork between scrap and transfer, battery handover, star clauses in tenders, and a three-sign-off acceptance.

Robot Floor Scrubbers: How to Verify Cleaning Quality on Site
2026 / - 10 / - 22

Coverage data proves a robot drove somewhere, not that the floor is clean. This guide splits cleanliness into four measurable values, classifies soil into four types, and describes three low-cost field tests. It then explains how to code sampling points, keep results stable across shifts, assign cause when a check fails, and write acceptance criteria into a service contract.

Warehouse Dust Cleaning That Survives an Inspection: Three Heights, Three Cycles, One Signed Card
2026 / - 10 / - 23

Most warehouse cleaning rules mention floors and stop there. Dust settles where airflow is slow, on rack beams, light fittings and cable trays. This guide splits a warehouse into three height bands, maps each band to per-shift, weekly and monthly cycles, and shows how to prove the work was done using a cloth test, a weighing test and a re-settling check.

Factory Floor Oil Management: Containment, Recovery, and Slip Prevention
2026 / - 10 / - 26

Oil on a factory floor is a chain problem, not a mop problem. This guide traces four oil sources (equipment leaks, maintenance work, drum handling, vehicles), sets up three control lines, introduces a three-tier leak log, explains containment hardware like drip trays and spill pallets, lays out a five-step recovery order, and shows how to manage slip risk, choose machines for each stage, and prove where the oily waste went.

Where Cleaning Budgets Leak: Over-Washing, Over-Processing and the Wrong Hour
2026 / - 11 / - 03

Most industrial cleaning budgets do not leak at the machine. They leak at three switches nobody audits: whether to clean, how to clean, and when. This guide separates frequency from soil load, ladders processes from dry pickup to chemical cleaning, and maps movable load onto time-of-use windows — closing with four metrics and three contract clauses that make savings auditable.

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