Cleanbotics
Model 400 PRO
Autonomous robot cleaner
for cleaning medium-sized stores, offices, residential complex lobbies
Cleanbotics
Model 400 PRO
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)
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 600 (Commercial)
Maximum area: up to 10,000 m²
For which objects:
For which objects:
- Hypermarkets and large shopping malls
- Medium-sized production facilities
- Sports complexes
- Open-space office buildings
- Balance of power and maneuverability
- Suitable for daily intensive cleaning
- Can work in crowded places
Docking station included
For maximum autonomy
- Draining dirty water
- A bay of clean water
- Fast charging
Advantage
- Sensors: Lidars and CamerasThe 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 displayInstead 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 rollerThe 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 stripThe indicator lights up in different colors to indicate the current status of the robot.
WayBot Navigation:
Are Site Changes Necessary?
WayBot robots use state-of-the-art lidar (LIDAR) navigation , allowing them to operate without additional tags, beacons, or infrastructure modifications . However, there are a few factors to consider for optimal performance.
How does WayBot navigation work?
✅ Autonomous scanning – the robot builds a map of the room using a lidar (laser rangefinder)
with an accuracy of 1-3 cm .
✅ No tags – no QR codes, magnetic tapes, RFID tags or other markers are required.
✅ Dynamic adaptation – the system adjusts the route if new obstacles appear on the way.
with an accuracy of 1-3 cm .
✅ No tags – no QR codes, magnetic tapes, RFID tags or other markers are required.
✅ Dynamic adaptation – the system adjusts the route if new obstacles appear on the way.
Requirements for the premises
Although the robot does not require special markings, for stable navigation it is important:
✔ Sufficient illumination
✔ Sufficient illumination
- Lidar works in the dark , but it is better to avoid:
- Blinding direct rays (for example, from bright spotlights).
- Complete darkness if additional cameras are used (in some models).
- Height from 10 cm – lidar does not “see” objects that are too low (wires, thresholds).
- The absence of mirrors and completely transparent glass can distort the scanning.
- If the layout changes frequently (e.g. warehouses with moving racks), the robot will need a map update .
What can make navigation worse?
Sometimes problems arise due to:
❌ Strong vibrations (e.g. near industrial equipment).
❌ Abundance of moving objects (people, forklifts, other robots).
❌ Very glossy or matte black surfaces (may absorb the laser beam).
❌ Strong vibrations (e.g. near industrial equipment).
❌ Abundance of moving objects (people, forklifts, other robots).
❌ Very glossy or matte black surfaces (may absorb the laser beam).
Recommendations for setting up
For ideal operation, it is worth:
🔹 Conduct an initial scan - run the robot in "mapping mode".
🔹 Secure large objects (if possible) - so that they are not perceived as obstacles.
🔹 Eliminate chaotic movement - especially in the first days of operation.
🔹 Conduct an initial scan - run the robot in "mapping mode".
🔹 Secure large objects (if possible) - so that they are not perceived as obstacles.
🔹 Eliminate chaotic movement - especially in the first days of operation.
No complicated preparations!
WayBot is ready to work right out of the box – no need for:
- Mounting of tags.
- Magnetic tape spacers.
- Redevelopment of premises.
