18″ Alpha Rotary Floor Tool [FSC]

Professional Flatwork Cleaning – Done Right

The 18″ Alpha Rotary Floor Tool [FSC] is a professional surface cleaner built for commercial use, delivering fast, consistent cleaning across large flat areas.

Trusted by contractors and cleaning professionals, this unit provides even, streak-free results while dramatically increasing efficiency compared to using a lance alone.

Built for Real Work

Whether you’re cleaning driveways, patios, car parks, commercial yards, or industrial flooring, this cleaner is designed to handle it all with speed, reliability, and consistency.

Key Benefits

• 18″ / 450mm cleaning width – cover large areas faster
• Even pressure distribution – helps reduce zebra striping
• Commercial-grade build – designed for daily use
• Trusted by contractors – proven in real working environments
• Reduces operator fatigue – let the cleaner do the work

Designed to Work with the ALPHA Range

We regularly bundle this unit with our ALPHA pressure washer systems, creating a complete, ready-to-work solution.

When paired with an ALPHA machine, you get optimised flow and pressure, maximum cleaning efficiency, and a professional matched setup.

PWS Pro Tip

For best performance, match your nozzle size to your machine flow and pressure. Use our ALPHA Nozzle Size Calculator to choose the correct setup, especially when using a surface cleaner where flow is split across two nozzles.

Why Use a Surface Cleaner?

Using a lance alone takes longer, leaves uneven results, and causes more operator fatigue. A surface cleaner helps you clean faster, achieve more consistent results, and present a more professional finish.

Commercial Grade – Trusted by Professionals

This is not a DIY tool — it’s a commercial-grade surface cleaner trusted by contractors, designed to perform day in, day out in demanding environments.

Technical Specification

• 18″ / 450mm diameter
• 3/8″ female inlet
• Durable polypropylene composite material
• 280 bar / 4000 psi maximum pressure
• 30 litres per minute @ 82°C maximum flow