Floor Stripping Machine Product

Overview

Stripping a floor — removing every layer of old acrylic finish from vinyl composition tile, linoleum, or rubber before recoating — was traditionally a chemical job: flood the floor with caustic stripper, wait, then scrub off the dissolved sludge with a rotary machine. A floor stripping machine does the same work mechanically. Its weighted, high-frequency oscillating head drives a blade or abrasive insert across the surface while water from the onboard Solution Tank System lubricates the cut, shearing the finish off as slurry. The chemical step disappears, which removes the slip hazard, the fumes, the long dwell times, and the neutralizing rinse that chemical stripping demands.

The same chassis handles harder jobs by changing tooling in the Blade / Pad Holder: steel scraper blades lift glued-down carpet residue and adhesive, while abrasive inserts and pads cut finish from resilient tile.

How it works

The Drive Motor, a 1–1.5 kW single-phase induction motor, spins the Eccentric Cam Shaft through a Drive Belt. The cam's offset journal sweeps the Head Plate through a short stroke — 3 to 6 mm — at 2,500–3,000 cycles per minute. The head rides on four Ball Bearing sets around the cam and hangs from rubber Isolator Mount blocks, which permit the oscillation while keeping the violence out of the Chassis Frame and handle. Sealed by Oil Seal rings, the cam runs in grease for hundreds of hours between services.

Cutting action comes from the combination of stroke frequency and dead weight. The 60–80 kg machine, plus the Weight Kit plates and the mass of a full Solution Tank, presses the working edge into the finish layer; each oscillation shears a small bite of finish loose. Because the stroke is short and the edge never spins, the action stays in the finish layer rather than gouging the tile beneath — the same reason orbital action is preferred for chemical-free stripping generally.

Water matters as much as the edge. The operator meters solution from the handle-mounted Flow Control Valve; it runs through the Distribution Tube and lays an even wet band just ahead of the blade. The film lubricates the cut, keeps dust down, cools the edge, and suspends the removed finish as a slurry that a wet vacuum or Splash Skirt-contained squeegee pass picks up behind the machine.

Controls and operation

Starting takes a deliberate two-step: press the Start Interlock Switch lockout, then hold a Dead-Man Lever. Releasing the levers stops the head — a dead-man requirement for any machine with an exposed driven edge. The Handle Height Lock sets handle angle; tilting the handle down transfers some operator effort into extra head pressure on stubborn patches, while the Vibration-Damped Grip pair damps what vibration the isolators let through. A Circuit Breaker and 15 m heavy-gauge Power Cord complete the electrical system.

Working pattern is overlapping passes at slow walking speed, typically clearing 150–350 m² per hour on a standard four-to-six-coat finish build — comparable to chemical stripping once dwell time is counted, with the floor ready to rinse and recoat the same day. Transport between areas is on the rear Wheel Assembly pair with the handle folded.

Tooling and maintenance

The Stripping Blade is the consumable: hardened steel blades dull after a few hundred square metres of adhesive work, and abrasive inserts wear faster on profiled tile. The Drive Belt and the isolator mounts are the routine replacement items; worn isolators announce themselves as new vibration in the handle, and a glazed belt as slipping under load. The blade holder's quick-change clamp means tooling swaps happen on the floor without tools, mid-job.

Blade angle and corner condition decide finish quality on adhesive work. A fresh square edge run flat shears adhesive cleanly; a rounded corner rides up and smears it, so crews rotate or flip blades long before they look worn. On finish stripping with abrasive inserts, the wear signal is slowing progress per pass rather than visible edge damage — operators monitor the slurry color, which turns from finish-white to clear as the insert stops cutting. After the job, the head is rinsed and run briefly to clear slurry from the Splash Skirt and head plate, since dried finish residue hardens overnight into a deposit that unbalances the oscillating mass.