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DJWR4108 Autonomous 4-in-1 Robotic Floor Scrubber

We built the DJWR4108 for facilities that need clean floors every day without requiring staff to perform repetitive work.

This autonomous robot washes, sweeps, dust mops, and vacuums in a single unit. It moves through 70cm passages, maps its own routes, and returns to dock automatically.

It fits hospitals, malls, warehouses, schools, and office buildings that need daily floor coverage without extra labor.

DJWR4108 Navigation And Operating Hardware

Autonomous floor cleaning requires precise mapping and reliable obstacle detection.

The DJWR4108 uses a combination of LiDAR sensors, depth cameras, and mechanical bumpers to hold its route safely in occupied buildings.

The hardware components detailed below allow the machine to switch between dry and wet cleaning modes while managing its own charging and refilling cycles.

The 7-inch visual touch screen on the DJWR4108 robotic scrubber displaying operational settings and machine status.

7-inch Visual Touch Screen

The 7-inch visual touch screen lets operators adjust cleaning settings, switch working modes, and check machine status directly on the robot during daily use. Initial scanning and mapping are handled through a smartphone, while the screen supports routine control after the route is set.
The infrared docking sensor on the DJWR4108 autonomous scrubber used for automatic station alignment.

Infrared Docking Sensor

The infrared docking sensor identifies the docking station position and guides the robot back automatically when it needs charging or water refilling. It aligns itself with the docking station.
The side-mounted LiDAR navigation sensor on the DJWR4108 intelligent floor robot mapping wall boundaries.

Multi-Position LiDAR Navigation System

Head and side LiDAR sensors build a 3D view of the space on the first run. The system tracks walls, boundaries, and obstacles in real time so the robot can hold its route and clean closer along edges.
The front RGBD depth camera and integrated fill light on the DJWR4108 commercial cleaning robot detecting obstacles in low light.

RGBD Depth Camera with Integrated Fill Light

The front RGBD camera helps the robot read complex terrain and detect obstacles in its path. A built-in fill light keeps detection working in darker areas such as hallways, storage zones, and low-light commercial spaces.
The interchangeable wet recovery tank and dry dustbin module on the DJWR4108 4-in-1 floor scrubber.

Interchangeable Tank Design

The robot uses a modular tank system for different cleaning modes. Operators insert the dry dustbin for sweeping or dust mopping. For scrubbing, they switch to the wet recovery tank, so dry debris and water never mix in the same module.
The physical anti-collision sensor array around the bumper of the DJWR4108 unmanned floor scrubber.

Anti-Collision Sensor Array

Physical sensors around the bumper detect close-range obstacles as the robot moves. The system autonomously avoids collisions with people, equipment, and furniture by adjusting movement to bypass obstructions.

DJWR4108 Autonomous Cleaning Advantages

Facility managers face rising labor costs for daily floor maintenance. The DJWR4108 addresses this issue by fully automating routine floor care.

The machine consolidates four separate cleaning functions into a single unit capable of navigating tight 70cm aisles.

The operational advantages detailed below explain how extended battery runtimes, precise route mapping, and automatic base station servicing replace inconsistent manual work with repeatable, reliable results.

The left-front view of the DJWR4108 4-in-1 autonomous floor scrubber equipped with side LiDAR sensors for tight aisle navigation.
Minimalist blue line art icon showing a strict geometric cleaning route, representing the large area coverage of the DJWR4108 robotic scrubber before requiring a water refill.

Covers More Floor Before Refill

The DJWR4108 cleans 400 to 700㎡/h, and one tank covers more than 1,000㎡ before it needs refilling. That keeps the robot on the route longer and stops large-floor cleaning from breaking down into constant refill trips.
Minimalist blue line art icon of an industrial battery profile with a clock face, illustrating the adjustable extended runtime of the DJWR4108 autonomous floor cleaner.

Runtime Based on Cleaning Mode

Runtime depends on the cleaning mode selected. The DJWR4108 runs up to 2.5 hours in scrubbing mode, 5 hours in dust mopping mode, and 9 hours in sweeping mode. With the workstation setup, scrubbing and vacuuming extend to 5 hours.
Minimalist blue line art icon displaying a solid line perfectly tracing a dashed guide, symbolizing the precise and repeatable cleaning route of the DJWR4108 intelligent floor robot.

Same Route, Same Results

Once the route is mapped, the robot runs it the same way each time. You are not getting different results each time or each day because different staff handle it inconsistently.
Minimalist blue line art icon depicting four distinct cleaning tools branching from a central hub, representing the washing, sweeping, mopping, and vacuuming functions of the DJWR4108 commercial cleaning robot.

Four Cleaning Jobs in One Machine

Washing, sweeping, dust mopping, and vacuuming happen in one machine. That cuts the need to buy, store, and maintain separate machines just to keep one building clean.
Minimalist blue line art icon showing a machine profile moving smoothly between two walls, highlighting the 70cm narrow aisle clearance of the DJWR4108 compact robotic scrubber.

Gets Through Tight Routes

The DJWR4108 passes through 70 cm aisles, giving it access to narrow flat-floor routes that larger scrubbers cannot enter. It keeps cleaning through retail rows, storage lanes, office corridors, and warehouse aisles, so staff don't have to manually clean those tight areas.
Minimalist blue line art icon of a robotic machine perfectly docked inside a base station, indicating the automatic charging and water refilling capabilities of the DJWR4108 unmanned floor scrubber.

Cuts Daily Hands-On Work

With the workstation, charging and water exchange can be handled automatically. That reduces routine service stops during longer cleaning schedules and keeps staff from managing every cycle by hand.

DJWR4108 Autonomous Scrubber Technical Specifications

Specification Technical Data
Machine Category Autonomous Robotic Floor Scrubber
Control Interface 7-inch Visual Touch Screen
Body Construction ABS Impact-Resistant Plastic
Motor System Brushed DC Motor
Battery Capacity 40Ah Power Battery
Charging System 441W Charger (1.5-hour charge time)
Operating Modes Scrubbing, Sweeping, Dust Mopping, Vacuuming
Max Productivity 400 – 700 m²/h
Scrubbing Path 330 mm
Sweeping / Vacuuming Path 410 mm
Max Operating Speed 0.8 m/s
Max Runtime 2.5h (Scrubbing) / 5h (Dust Mopping) / 9h (Sweeping)
Coverage Per Tank > 1000 m²
Dust Bag Capacity 8 L
Dry Debris Hopper 0.7 L
Max Gradeability
Minimum Aisle Clearance Width 70 cm
Minimum Overhead Clearance 65 cm
Minimum Obstacle Detection Height 1 cm
Dimensions (L x W x H) 540 x 440 x 590 mm (Workstation: 540 x 440 x 617 mm)
Operating Weight (with battery) 45 kg
cleaning equipment can be used to clean airport floor

Shopping Malls and Commercial Complexes (Ceramic Tile)

High foot traffic puts dirt back on the floor all day. The DJWR4108 keeps large tile corridors and food-court routes moving with autonomous repeat cleaning.

cleaning equipment can be used to clean airport floor

Industrial Parks and Factories (Epoxy Flooring)

Production dust builds up fast on epoxy. The 4-in-1 system sweeps, scrubs, dust mops, and vacuums between shifts without pulling staff off other work.

cleaning equipment can be used to clean airport floor

Logistics and Warehousing Centers (Sealed Concrete & Epoxy Floors)

Pick aisles, packing lanes, and staging zones accumulate dust and floor marks through every shift. The DJWR4108 handles repeat cleaning on smooth indoor warehouse routes, while rough concrete areas stay limited to vacuuming mode.

cleaning equipment can be used to clean airport floor

Office Buildings (PVC and Ceramic Tile)

Office floors need to stay presentable without somebody walking behind a machine all day. This robot runs mapped routes and maintains daily cleaning, so cleaning remains consistent without staff supervision.

cleaning equipment can be used to clean airport floor

Hospitals and Healthcare Facilities (Non-Slip Ceramic and Homogeneous Floors)

Patient corridors, nurse stations, and waiting areas need controlled floor care without mixing dry dust and dirty water in one module. Operators use the dustbin for dry runs or switch to the wastewater tank for scrubbing routes.

cleaning equipment can be used to clean airport floor

Schools and Sports Venues (PVC and Ceramic Tile)

After classes and games, floors need a fast reset before the next day starts. The DJWR4108 runs unattended and cleans those high-traffic routes overnight.

Cleaning Scenarios For 4-in-1 Robotic Scrubbers

You are not paying staff to walk the same corridors every night if a robot can do that work for you.

The DJWR4108 handles steady floor coverage without stretching labor any further. Map the route once, let it handle the repeat work, and keep your team on the jobs that actually need human attention.

Support Before and After Delivery

Buying commercial cleaning equipment overseas means looking past the unit price.

Certificates, shipping crates, operator training, troubleshooting support, and spare parts all affect the real order cost.

We check the details from order confirmation to daily maintenance, before small problems turn into delays, downtime, or extra cost.

Export Documents and Certification Support

Different markets ask for specific certificates, manuals, and customs paperwork. We check the available certificates and export documents for your selected model.

This helps you see whether the machine is ready for your market early. It reduces back-and-forth communication and helps reduce customs delays caused by missing paperwork.

Voltage, Plug, and Branding Options

Local markets require local setups. We configure the right voltage and plug type for every machine, even single sample orders.

For bulk buyers, we also adjust brand colors and logos. This ensures your machines look and function exactly as expected on arrival.

Packing Built for Long-Distance Shipping

Heavy cleaning machines go through rough handling during ocean freight, warehouse transfers, and repeated loading.

We select packing methods based on machine size, weight, and transit type. This cuts the risk of scratches, deformation, loose parts, and outer-box damage.

Operator Training Materials

After delivery, cleaning crews need to operate the machine correctly from the first shift. We provide standard operation and maintenance materials.

These files help crews learn the basic operating steps faster. This helps reduce repeated training work and prevents hardware damage caused by incorrect use.

Initial Diagnosis Within 2 Hours on Working Days

Once a machine is down, the cleaning route slows down fast. When you submit a service issue, our technical team replies quickly during business hours.

We provide an initial diagnosis and remote guidance to help identify the cause sooner.

Warranty, Consumables, and Spare Parts Support

Long-term use depends on reliable warranty policies and steady part replacements. We support common wear parts, core components, and replacement needs by machine type.

You can plan spare parts inventory ahead of time. This avoids leaving a machine idle over a small missing part.

DJWR4108 Replacement Parts And Consumables

Wear and tear happens. Routine part replacement keeps the 4-in-1 system running efficiently.

Operators can swap the main brush and debris box directly on the facility floor. No complex teardowns required.

Stock these standard components to prevent machine downtime and keep your automated routes on schedule.

Compare Similar Floor Scrubbers

Floor size and industry environments dictate your equipment choice. We manufacture these related scrubbers with different hardware configurations.

Review their technical data to find the right machine for your specific sector.

The left-front profile of the DJWR4108 intelligent robotic floor scrubber built for autonomous 4-in-1 daily commercial floor care.
Cleaning Width: 330 – 410 mm
Productivity: 400 – 700 m²/h
The left side of the XD70 mid-size industrial floor scrubber highlights the dual 13-inch brush deck housing and die-cast aluminum drive wheels.
Cleaning Width: 660 to 710 mm
Productivity: 4,300 m²/h
The front left angle view of the MN-V66 commercial ride-on floor scrubber features the steering wheel and operator position.
Cleaning Width: 715 mm
Productivity: 4,000 m²/h
Left profile of the XD80 large-capacity ride-on floor scrubber built for continuous industrial facility maintenance.
Cleaning Width: 810 mm
Productivity: 5,300 m²/h

Frequently Asked Questions

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What types of floors can this floor scrubber clean?

Our floor scrubber is suitable for a wide range of hard surfaces, including epoxy floors, concrete, marble, terrazzo, ceramic tiles, and PVC flooring.
Brush type and pad selection can be adjusted based on floor material to ensure effective cleaning without surface damage.

Yes. The unit is engineered for commercial and industrial applications such as warehouses, manufacturing plants, logistics centers, shopping malls, and parking garages.
Its heavy-duty motor system and durable tank construction allow continuous operation in demanding environments.

Runtime depends on battery configuration and working conditions.
Under normal operating load, the machine can typically run for several hours per charge, making it suitable for medium to large-area cleaning tasks.

For high-frequency operations, additional battery configurations can be customized upon request.

Runtime depends on battery configuration and working conditions.
Under normal operating load, the machine can typically run for several hours per charge, making it suitable for medium to large-area cleaning tasks.

For high-frequency operations, additional battery configurations can be customized upon request.

Runtime depends on battery configuration and working conditions.
Under normal operating load, the machine can typically run for several hours per charge, making it suitable for medium to large-area cleaning tasks.

For high-frequency operations, additional battery configurations can be customized upon request.

Runtime depends on battery configuration and working conditions.
Under normal operating load, the machine can typically run for several hours per charge, making it suitable for medium to large-area cleaning tasks.

For high-frequency operations, additional battery configurations can be customized upon request.

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