NEW ORIONSTAR CLEANIBOT M1 - Autonomous Deep Cleaning for High-Traffic Premium Spaces

The CleaniBot M1 supports multiple cleaning modes for different types of dirt and floor-care requirements:

-deep scrubbing
-sweeping while scrubbing or mopping
-dust mopping
-water absorption without spraying
-combined cleaning of dry debris and wet stains

The robot can switch seamlessly between its cleaning functions without requiring tool changes. It can therefore complete different tasks across several zones during the same operating cycle.

Its sweeping system collects dry debris such as paper, cigarette butts, nutshells and toothpicks. The deep-cleaning and water-absorption functions remove wastewater, footprints, beverage stains, soup and other wet contamination.

The CleaniBot M1 uses a 50 cm floating pressurized dual roller brush to deliver powerful but floor-friendly cleaning. The floating structure adapts to the floor surface, while the applied pressure helps remove stains and dirt during a single cleaning pass.

A multi-hole water-spraying system distributes water evenly across the cleaning area, allowing the roller brushes to wash the floor thoroughly. The robot supports ORIONSTAR detergent as well as ordinary neutral detergents, providing flexibility for different cleaning requirements.

Detergent can be mixed automatically during scrubbing, helping maintain consistent dilution and cleaning performance throughout the task.

Deep-scrubbing mode provides up to 3.5 hours of operating time, depending on working conditions.

A 68 cm squeegee collects the water left behind by the roller brushes. The squeegee automatically lifts and applies pressure to the floor, improving water recovery and minimizing the amount of residual moisture.

The robot can also operate in a dedicated absorption mode. In this mode, it does not spray additional water and focuses exclusively on collecting liquid from the floor. This function is useful for removing spills, wastewater and other unexpected liquid contamination.

Efficient water recovery helps the cleaned surface dry faster and reduces the amount of manual follow-up work required.

For frequent dry floor care, the CleaniBot M1 can operate in dust-mopping mode for up to eight hours. The robot supports either a roller brush or a dust push plate, depending on the selected configuration.

Ordinary mopping oil can also be used to support quick dust adsorption, improve anti-slip floor care and help keep the floor clean and shiny.

The extended operating time makes dust-mopping mode suitable for maintaining large public areas throughout the working day.

The CleaniBot M1 provides cleaning productivity of up to 1,200 m² per hour. Its 500 mm cleaning width supports efficient coverage of large floor areas while maintaining sufficient manoeuvrability for use in indoor environments.

The robot is equipped with a 35-liter clean-water tank and a 33-liter waste-water tank. This large water capacity allows it to complete extended cleaning tasks before requiring refilling or draining.

Its combination of high productivity, large tank capacity and autonomous operation makes it suitable for facilities where consistent cleaning must be maintained across extensive floor areas.

The CleaniBot M1 automatically returns for recharging when required. A complete charging cycle takes approximately two hours, allowing the robot to resume work quickly and complete several cleaning tasks throughout the day.

With the optional workstation, automatic clean-water refilling and waste-water draining further reduce the amount of routine manual work required from cleaning staff. When used with the appropriate servicing infrastructure, the robot can complete these processes without direct operator intervention.

These functions help create a more autonomous cleaning workflow and reduce downtime between cleaning cycles.

The CleaniBot M1 maps its working environment and plans efficient cleaning routes according to the designated zones. It follows a systematic path to maximize coverage while reducing unnecessary movement and repeated cleaning.

Maps can be edited according to the layout and operating rules of the facility. Operators can create virtual walls, define forbidden zones and specify where the robot is permitted to work.

Scheduled tasks can be configured to begin automatically at predetermined times. Temporary tasks can also be assigned when an unexpected cleaning requirement occurs.

This allows facility managers to create a structured daily cleaning schedule while retaining the flexibility to respond to immediate needs.

The CleaniBot M1 combines manual and autonomous modes in a single machine. By pulling up the assistant handle, cleaning staff can switch the robot to manual mode and operate or reposition it directly.

This is useful for irregular spaces, temporary spot cleaning and situations where direct control is preferable. Once manual intervention is no longer required, the robot can return to autonomous operation.

The combination of the two modes supports an effective co-botic working model in which the robot handles repetitive, large-area cleaning while employees focus on detailed or unpredictable tasks.

The CleaniBot M1 uses multi-sensor fusion to detect its surroundings and avoid obstacles accurately. Its perception system includes 11 sensors:

-one long-range, high-accuracy LiDAR
-three HD 1080p RGB-D depth-sensing cameras
-two area-arrayed ToF sensors
-four ultrasonic sensors
-one geomagnetic sensor

These sensors work together to detect people, furniture, equipment, walls and other obstacles from different directions. The robot continuously adjusts its route according to changes in the environment, supporting safe and stable operation in active public and industrial spaces.

A bumper and emergency-stop function provide additional safety during operation.

The CleaniBot M1 can be managed through a mobile application or a cloud platform. The application is available on mobile devices and tablets, while the cloud platform can be accessed from desktop computers and laptops.

Remote-management functions include:

-real-time status monitoring and remote control
-mapping and map editing
-virtual walls and forbidden zones
-scheduled and temporary task creation
-app and SMS notifications
-automatic cleaning reports
-24/7 remote monitoring and maintenance
-OTA software upgrades
-map reuse and information sharing between multiple robots
-multidimensional data analysis
-downloadable reports and charts

After each cleaning task, the system automatically generates a cleaning report. This gives facility managers greater visibility into completed work and supports data-driven cleaning management.

When several CleaniBot M1 robots are deployed at the same facility, maps and operational information can be shared between them to improve deployment efficiency and simplify fleet management.

The CleaniBot M1 is designed for straightforward daily operation. Its key cleaning components can be quickly assembled and disassembled, making routine cleaning and maintenance easier.

The robot switches between its cleaning functions without requiring tools, which reduces preparation time and minimizes daily maintenance requirements. Its appearance and displayed content can also be customized according to the branding and communication requirements of the facility.

A maintenance port provides convenient access for servicing, while the assistant handle and pedal simplify manual handling when required.