Full-Auto Cleaning
Scrubbing robot engineered for
large commercial environments

A&I ROBOT ORIONSTAR CleaniBot M1 is a fully autonomous cleaning robot designed for modern commercial environments. Integrating scrubbing, sweeping, and dust mopping into one versatile system, it delivers comprehensive floor care with minimal human intervention. Its autonomous charging dock and automatic water refilling station enable independent recharging, clean-water refilling, and wastewater drainage. M1 ensures 24/7 continuous operation, making it the perfect choice for medium to large-sized spaces like office complexes, hospitals, and schools.

SPECIFICATION

General Parameters	Dimensions (LWH) Net Weight Max. Operating Speed Max. Obstacle Climbing Max. Gradeability Min. Passing Width Noise Level Battery Specification	775 x 681.5x 1012mm 121.7 kg 1.2 m/s 20 mm 8° 780 mm Scrubbing <78dB(A); Dust Mopping <65dB(A) 28.8 Vdc, 60 Ah
Cleaning Performance	Charging Time Battery Life (Operating Time) Cleaning Width (main brush) Max. Cleaning Efficiency Clean Water Tank Capacity Waste Water Tank Capacity Maximum Garbage Height Dust Bin Capacity	2 h Scrubbing: 3.5h Mopping: 8h 500 mm 1200㎡/h 35 L 33 L 5cm 0.9L
Additional Features	Auto Recharge Network Connectivity Cleaning Modes Water Station	Supported Wi-Fi / 4G Scrubbing,Dust Mopping,Water absorption Supported

DEEP CLEANING POWER

Equipped with a 50cm floating pressurized dual roller brush and a 68cm auto-lifting squeegee, the M1 ensures consistent ground pressure to remove heavy stains while leaving floors dry and safe.

24/7 AUTONOMY OPERATION
Automatically returns to the station for clean-water refilling, wastewater drainage, and recharging. Supports scheduled tasks and generates digital reports effortlessly.

AUTO WATER REFILL & DRAINAGE / AUTO RECHARGE

LARGE CAPACITY & ENDURANCE
Dual 68L water tanks support up to 8 hours of continuous cleaning

SAFETY & PRECISION NAVIGATION
Powered by 11 advanced sensors for precise obstacle detection, real-time path adjustment, and reliable navigation in dynamic environments.