Cleanbotics
Model 900

Autonomous robot cleaner

for cleaning warehouses, airports, residential complex parking lots, large production facilities

Cleanbotics

Model 900

Functionality
Floor washing - yes
Sweeping - yes
Vacuum cleaner - yes

Technical specifications:
Cleaning strip width - 40 cm
Cleaning speed (estimated) - 700 sq.m per hour
Internal tank for clean water - 15 l
Internal tank for dirty water - 17 l
Dust collector capacity - 4 l
Operating time without recharging - 3 hours
Full charge time - 1 hour
Body material: polymer plastic
Net weight - 50 kg
Type - disc for washing + roller for sweeping
Number of brushes - 2 pcs.
Lithium battery - 1 pc.
Battery capacity - 20 Ah
Battery voltage - 25 V
Dimensions (LxWxH) 676x560x744 mm

Docking station - included
Docking station material - polymer plastic
Functions: - recharging the robot, draining dirty water, filling with
clean water, dosing the cleaning agent
Sensors: 2D lidar, 4x3D lidar, 4xHD video cameras (360 gr review)

Cleanbotics Model 900 (промышленный)

Maximum area: up to 20,000 m²
For which objects:

Large warehouses and logistics centers
Airports and railway stations
Open parking lots of residential complexes and shopping malls
Large-area production workshops

Peculiarities:

High autonomy (up to 8-10 hours of operation)
Reinforced design for challenging surfaces
Ability to work at low temperatures

Autonomy of Cleanbotics robots in terms of water consumption: operating time on one tank

Tank capacity: 200 liters
Operating time on one filling: up to 6 hours
Coverage area: up to 10,000 m²
Where it is used:
Warehouses, airports, large production facilities
Open parking lots, logistics centers
Peculiarities:
Economical water consumption thanks to optimized spray system
Possibility of long-term operation without maintenance

Docking station included
For maximum autonomy

Draining dirty water
A bay of clean water
Fast charging

Advantage

Sensors: Lidars and Cameras

The forward lidar array and front camera are used to detect obstacles along the robot's path, such as small debris and steps.
Removable tablet instead of display

Instead of a regular display, we use a tablet that is wirelessly connected to the robot. The tablet can be detached to allow interaction with the robot in a comfortable position.
Three-wheel front roller

The innovative three-roller front suspension allows the robot to easily move over small irregularities such as slab joints, potholes and thresholds up to 15 mm high
Indicator strip

The indicator lights up in different colors to indicate the current status of the robot.

What kind of debris won't the WayBot vacuum up in a manufacturing facility?
Dimensions and limitations

In manufacturing environments, especially when working with glass, metal, or bulk materials, it’s important to know what kind of waste an industrial vacuum can and can’t handle. WayBot Robot offers powerful 400-VAC, 400PRO, and 900 models with an optional vacuum that can handle a variety of waste types. But it has limitations in terms of the size and shape of the waste. Let’s take a closer look.

What kind of debris does the WayBot vacuum NOT pick up?

The WayBot robot vacuum is effective, but not versatile. It won't handle :

For items larger than 20x20x20 mm , they may get stuck in the system.
With long and flexible materials:
Stretch film (wraps around the brush, interferes with work).
Ropes, wires, rags (may clog the hose or damage the mechanism).
With heavy metal parts (nuts, bolts) – they can damage the filters.

What kind of debris CAN the WayBot vacuum?

The robot copes well with small and medium-sized industrial waste:
✅ Broken glass  - fragments up to 20 mm are safely sucked up.
✅ Bulk materials  - sand, cereals, small gravel.
✅ Metal shavings  - aluminum, steel (but not large shavings).
✅ Powder mixtures  - cement, gypsum, other building materials.
✅ Other waste  - if they do not exceed the permissible dimensions.

All about the autonomy and capabilities of industrial robots

WayBot cleaning robots are designed to meet the needs of industrial enterprises, where stability of operation is often more important than "smart" functions. The basis of autonomous operation is a powerful built-in computer with a hard drive, which provides:
Local storage of room maps

Detailed plans of the territory with an accuracy of up to 5 cm
Ability to store up to 20 different cards at the same time
Automatic recognition of floors and building levels

Autonomous navigation

Work on pre-programmed routes
Path correction using lidar and collision sensors
Possibility to create zones with special cleaning modes

Local reporting

Recording the time and duration of cleaning
Recording the distance traveled
Monitoring water and detergent consumption
Registration of errors and failures in operation

Benefits of
autonomous operation

For industrial enterprises, working without a permanent
Internet connection has a number of significant advantages:

Independence from the quality of communication

Stable operation in basements
Operation in areas with magnetic interference
Resistance to voltage fluctuations

Enhanced data security

Confidential information is not transmitted to the cloud
Protection against cyber attacks
Compliance with industrial safety requirements

Reliability in critical conditions

Operation in extreme temperatures
Vibration resistance
Protection from dust and moisture

Cleanbotics Model 900