CleaningCommercial
Gausium Scrubber 50 Pro
by RobotLAB · $51,600
Specifications
- Width
- 700 mm
- Height
- 1070 mm
- Length
- 810 mm
- Max speed (ms)
- 1.2
- Charge time
- 2 h
- Clean water tank (l)
- 30
- Min u turn width (mm)
- 1100
- Weight kg disc brush
- 157
- Min passable width (mm)
- 800
- Battery type capacity
- Lithium Iron Phosphate (LiFePO4), 60 Ah, 24 VDC
- Brush pressure disc (kg)
- 25
- Gradeability degrees
- 4.6
- Runtime scrubbing (hrs)
- 3
- Water savings percent
- 80
- Weight kg roller brush
- 148
- Scrubbing width disc (mm)
- 460
- Brush pressure roller (kg)
- 18
- Runtime dust mopping (hrs)
- 6.5
- Scrubbing width roller (mm)
- 406
- Waste recovered water tank (l)
- 24
- Max theoretical efficiency disc m2h
- 1987
- Scrubbing width with side brushes (mm)
- 780
- Max theoretical efficiency roller m2h
- 1754
- Practical cleaning efficiency m2h max
- 1300
- Practical cleaning efficiency m2h (min)
- 500
Overview
AI-powered autonomous robotic floor scrubber built for mid-to-large commercial spaces. Integrates 2D LiDAR, 3D depth camera, RGB camera, and anti-collision sensors with deep-learning navigation. Handles scrubbing, sweeping, and dust mopping with auto spot-cleaning and 80% water savings via 5-stage filtration.
Key features
- ▸AI-powered autonomous floor scrubber combining scrubbing, sweeping, and dust mopping in one machine
- ▸Auto Spot Cleaning with RGB camera AI detection for waste and stains; up to 400% efficiency improvement
- ▸5-stage water-recycling filtration system with ~80% freshwater reduction
- ▸30 L clean-water tank and 24 L recovery tank for extended operation
- ▸Multi-sensor fusion: 2D LiDAR, 3D depth camera, RGB camera, anti-collision sensors with deep-learning navigation
- ▸LiFePO4 battery with 2-hour charging; ~3 hours scrubbing runtime, 6-8 hours dust mopping
- ▸Auto-docking and multi-floor support for lights-out cleaning programs
- ▸Practical cleaning efficiency 500-1,300 m²/h; max theoretical 1,754-1,987 m²/h
- ▸Safety-rated operation around people and obstacles in dynamic environments