The autonomous warehouse cleaning robot the Rex is engineered with commercial and industrial settings in mind, including airports, warehouses, convention centers, and carparks.
Built from high-quality, durable materials, the Rex is adept at navigating tight corners with a wide brush coverage and a tight turning radius. The robot has a battery runtime of up to six hours and can clean the equivalent of a football field in an hour. It has two 16 in. (406.4 mm) brushes that deliver up to 176.4 lb (80 kg) downward brush pressure, as well as chemical and defoamer dosing functions. The chemical dosing system allows the robot to accurately control the ratio of chemicals to water.
The autonomous floor scrubber can be operated via three methods – the LionsClean mobile app, a touchscreen interface on the robot’s body, as well as manually with its handlebar. These options means that cleaning teams can use the Rex to its fullest and integrate it to their day-to-day operations seamlessly.
The Rex is powered with a high-definition precision LiDAR sensor. With 32 lasers, four depth cameras, and three sonar sensors, it has a scan coverage diameter of 656.2 ft (200 m), enabling it to optimize its cleaning path accordingly. Additionally, the Rex’s active obstacle tracking offers a level of safety while providing consistent high-quality cleaning with better localization and greater accuracy.
With auto-docking capabilities the Rex automatically returns to the docking station after each cleaning cycle where it charges and manages its solution levels with automated rinsing and water exchange.
- Length: 65.9 in. (1675 mm)
- Width: 34.3 in. (870 mm)
- Height: 58 in. (1473 mm)
- Robot weight during transport: 1211.4 lb (549.5 kg)
- Robot weight during cleaning: 1520.1 lb (689.5 kg)
- Maximum slope: 6°
- Working width: 31.9 in. (810 mm)
- Squeegee width: 37.4 in. (950 mm)
- Brush pressure: 88.2 to 176.4 lb (40 to 80 kg)
- Turning radius: 8.2 ft (2.5 m)
- User control: LionsClean App, manually, or touchscreen
- Operation: Manual over-ride, autonomous cleaning
