Labomat Floor Cleaning, Polishing, and Sweeping Systems

In an industrial floor cleaning machine, tank liters alone do not indicate the area that can be cleaned on a single charge or fill. Brush width, walking speed, turning space, squeegee-blade width, and the amount of dirt on the floor determine actual efficiency. When choosing a Labomat floor cleaning machine, walk-behind push, self-propelled, and ride-on systems should be evaluated separately.

Labomat's professional cleaning range includes electric or battery-powered floor scrubbers, ride-on machines, single-disc maintenance and polishing systems, and professional sweepers. The active lineup on Mutfak10 spans from the compact 30B class to the high-capacity 345B ride-on machine, from SWP sweepers to DISC polishing systems.

How Does a Floor Scrubber Work?

Clean water and suitable chemical are delivered in a controlled manner in front of or at the center of the brush. The rotating brush or pad mechanically loosens the dirt on the floor.

The curved squeegee blade at the rear of the machine collects the dirty water. The vacuum motor draws this liquid into a separate dirty-water tank, aiming to leave the surface the machine passes over drier.

Although scrubbing and vacuuming operate in the same pass, heavy grease, dried dirt, or a grouted surface may require additional dwell time and a second pass.

The 30B and 30E Compact Walk-Behind Systems

The Labomat 30B is battery-powered, while the 30E is a corded electric walk-behind floor cleaning class. Mutfak10 product names state a tank capacity of approximately 28 liters.

Published technical data for the 30B includes an approximately 430 mm working width, a 620 mm squeegee width, and theoretical productivity of 1,500 m²/hour. Brush diameter is approximately 380 mm, speed is 135 RPM, and brush pressure is in the 30 kg class.

The battery model offers cordless movement; charging, battery maintenance, and shift duration need to be planned. The electric model can run continuously for a long time; the cord can create a tripping and pinching risk in the passage area.

The theoretical square-meter value is based on a flat, open, uninterrupted area. Tables, shelves, doors, turns, and clean-water refilling reduce actual efficiency.

The 33E, 50B, and 55 Series Mid-Volume Scrubbers

The Labomat 33E is listed as an approximately 33-liter electric machine, while the 50B and 55 series are listed as approximately 45-liter mid-volume machines. A wider brush and tank can extend the refill interval in corridors, retail stores, warehouses, and production areas.

The 55B battery and 55E electric models serve the same duty class with different power arrangements. Battery can be considered in areas without outlets or with customer traffic, and the electric system in long-shift enclosed production areas.

A larger machine does not provide an advantage in tight turns. Elevator doors, shelf aisles, checkout areas, and the narrowest corridor should be measured.

The 75B Ride-On Machine's Working Area

The Labomat 75B battery-powered ride-on system is offered with approximately 530 mm working width, a 770 mm squeegee, and theoretical productivity of 2,700 m²/hour.

The single-disc brush of approximately 508 mm operates in the 180 RPM class and applies approximately 30 kg of pressure. The clean-water tank is approximately 65 liters, and the dirty-water tank is in the 75-liter class.

For the 24-volt, 100 Ah battery pack, a maximum operating time of approximately four to five hours can be stated. This duration varies based on floor, slope, vacuum use, battery age, and operator speed.

A ride-on machine can reduce operator fatigue in large areas. In a tight business requiring frequent reverse maneuvers and turns, a walk-behind model may be more efficient.

The 110B Dual-Brush Ride-On System

The Labomat 110B operates with two approximately 330 mm disc brushes. Each of the two brushes is supported by an approximately 500-watt motor, and pad holders may be included as standard.

The clean-water tank is approximately 90 liters, and the dirty-water tank is in the 110-liter class. Two brushes allow for a wide working area and the use of different floor-maintenance pads.

In a dual-disc design, the wear rate of both brushes should be checked together. Greater wear on one side can affect the machine's straight travel and cleaning trail.

The 140B, 195B, and 345B High-Capacity Machines

On Mutfak10, the 140B is listed with approximately 130 liters, the 195B with 180 liters, and the 345B with 285 liters of tank capacity. These machines are aimed at long, uninterrupted routes in factories, logistics centers, parking lots, airports, and large warehouses.

Larger tanks allow less frequent filling and draining; they also increase the loaded machine's weight and floor load. The capacity of elevators, ramps, and transport platforms should be checked.

For a ride-on machine, operator visibility, turning radius, emergency stop, and pedestrian traffic should be included in the training program. High theoretical capacity does not require operating above a safe driving speed.

Why Are the Clean and Dirty Water Tanks Separate?

The clean-water tank holds the solution to be applied to the floor, while the dirty-water tank holds the waste collected by the vacuum. Keeping the two waters from mixing prevents the same dirty solution from being deposited back onto the floor.

The dirty-water tank should be emptied and washed after every shift. Organic dirt, grease, and detergent residue can create odor and foam inside the tank.

Suction can decrease when the float and vacuum filter become coated with dirty water. Emptying the tank alone is not enough; internal filters should also be checked.

How Does the Squeegee Blade Affect Floor Dryness?

As the brush cleans the floor, the rear squeegee blade collects the dirty water at the vacuum opening. If the blade is worn, torn, or contacting the floor at the wrong angle, wet streaks can remain behind the machine.

The squeegee width should be greater than the working brush; it also collects water that spreads sideways during turns. If the blade has a reversible multi-edge design, an unworn surface can be used.

If the floor is grouted or very rough, a different hardness option may be needed instead of the standard blade. Model compatibility should be confirmed.

The DISC 1100P Single-Disc Polishing Machine

The Labomat DISC 1100P, with an approximately 1,100-watt motor, 430 mm working width, and 154 RPM brush speed, is aimed at floor maintenance, washing, and polishing tasks.

Its approximately 13-liter solution tank helps deliver cleaning or maintenance product to the floor in a controlled manner. The brush or pad used should be selected based on the floor and task type.

A low-speed single-disc machine can be used for heavy scrubbing, wax stripping, and surface maintenance. It should not be evaluated in the same task class as a high-speed burnishing machine.

The machine's handle height should be adjusted to the operator, and the cord should be managed safely over the shoulder. Guiding the body left and right once the disc starts rotating requires training.

The DISC 18P Compact Surface Maintenance

The DISC 18P is aimed at small-surface, edge, step, or limited-access maintenance tasks. It can be used with a suitable attachment in areas the main floor machine cannot reach.

A compact machine being small does not mean it can be used without control. The rotating brush must not contact the power cord, wall edge, or furniture.

The SWP 950M Manual Vacuum Sweeper

The Labomat SWP 950M, with an approximately 45-liter hopper, is a walk-behind manual sweeper class. Side and main brushes direct dust and solid dirt into the hopper as it moves forward.

Vacuum support can limit fine dust from re-spreading into the environment. The sweeper should not be used to clean free liquid or sticky grease.

The manual design reduces the need for battery or cord. Actual efficiency depends on operator speed, floor roughness, and hopper-emptying frequency.

The SWP 130B and 200B Ride-On Sweepers

The SWP 130B, with approximately 130 liters, and the SWP 200B, with 200 liters, are ride-on battery-powered floor sweeper classes. They are aimed at dust, packaging debris, and solid waste in large dry areas such as warehouses, factories, and parking lots.

A floor sweeper does not wash with water. If greasy or stuck-on dirt is present, a suitable floor scrubber may be needed after sweeping.

Side brushes carry dirt from wall and shelf edges into the main collection path. Brush height should be adjusted so it does not create excessive pressure.

The VAC 60E and Hotel-Type Professional Vacuums

The Labomat VAC 60E is listed as a professional carpet sweeper. It uses a brush and vacuum arrangement aimed at removing dry dirt from carpet fibers.

Hotel-type quiet vacuums, such as the VAC 130E, are aimed at low noise and portable dry vacuuming in rooms, corridors, and guest-occupied areas.

A dry vacuum should not be used to pick up free liquid. The filter, bag, and head should be matched to the task the model permits.

Choosing Brushes, Pads, and Chemicals

A nylon brush can be used on grouted and rough floors, while a pad can be used for different maintenance tasks on a flat surface. Pad color and hardness can carry different meanings between manufacturers.

A high-foam chemical in the dirty-water tank can cause foam to reach the vacuum motor. A low-foam product suited to the floor scrubber should be used.

Natural stone, epoxy, vinyl, and ceramic should not be cleaned with the same brush pressure. Testing should be done on a small, unseen area.

Key Features

• Capacity options ranging from the 28-liter compact 30 series to the 285-liter 345B ride-on system
• Battery-powered or electric walk-behind and ride-on scrubbers for large areas
• 1,100 watts, a 430 mm disc, and a 13-liter maintenance solution tank on the DISC 1100P
• SWP manual and ride-on sweepers, plus VAC professional carpet and hotel vacuum options

How Should a Labomat Machine Be Selected?

Total square meters, the narrowest passage, floor type, dirt intensity, and the time available per shift should be measured. Battery duration and the tank refill-drain point should be evaluated on the actual route.

The 30–55 series can be considered for tight spaces; 75B and larger ride-on machines for large open areas; DISC for polishing and maintenance; and SWP or a suitable VAC system for dry solid dirt.

Labomat Cleaning Systems on Mutfak10

Labomat floor scrubbers, polishing machines, and professional sweepers can be reviewed on the Labomat professional cleaning machines page of Mutfak10, operated by Arlinoks. Brush, tank, battery, charger, and standard accessory scope should be confirmed before ordering.

Frequently Asked Questions

How should a battery-powered versus electric Labomat floor machine be chosen?

The battery model offers cordless, more flexible operation in customer traffic, while the electric model offers continuous operation without needing charging during long fixed shifts. Outlet layout, area size, and shift duration influence the decision.

Can a Labomat floor scrubber perform polishing?

Some maintenance tasks can be performed with the right pad; however, for heavy wax stripping and single-disc maintenance, a task-focused machine like the DISC 1100P can offer more control.

Are a Labomat sweeper and a floor scrubber the same thing?

No. The SWP sweeper collects dry solid dirt and dust. A floor scrubber washes the floor with water-chemical, a brush, and a vacuum squeegee, and collects the dirty water in a separate tank.