CR Sweeper
Sweeping robot with manual and autonomous cleaning support.
*The appearance is for illustration only and not the actual product.

Features

image
image

Seamless Transition

Integrates both autonomous and manual cleaning operations.

image
image

Area Coverage

ensures 100% coverage of the target area, leaving no blind spots.

image
image

Pause and Resume

Automatically return to the point of interruption and continue cleaning.

image
image

Detect and Avoid

Perceive and navigate around stationary or moving obstacles.

image
image

Edge Cleaning

Automatic edge cleaning on roadside surfaces, grassy areas.

image
image

User Interaction

Operators can assign tasks using their mobile devices or tablets.

image
image

Automatic Mapping

Autonomously scans and recognizes the layout of the work area, creating precise maps.

image
image

Scheduled Task

Scheduled power on/off, 24-hour timed task, and weekly recurring task.

image
image

Digital Management

Vehicle/Account/Map/Task management, and statistical reporting.

Intro

The CR Sweeper is a professional-grade, outdoor, autonomous cleaning robot designed to excel in a variety of environments. With its remarkable autonomous navigation and obstacle avoidance capabilities, this machine sets new standards in the field of cleaning. Additionally, it offers the flexibility of manual operation when require.

Dimensions(L*W*H)(mm) 1587*1323*1836 Working Speed (KM/H) 10
Waste Container (L) 55 Working Hours (H) 2.5
Water Container (L) 400 Climbing Ability (%) 10
Minimum Turning Radius (mm) 2740 Minimum Ground Clearance (mm) 75

User Case 1

CR Sweeper in park

Background

A famous park attraction attracts thousands of tourists every day, causing the ground to accumulate garbage and debris quickly, especially during busy holidays and weekends. Traditional cleaning methods require a large number of sanitation workers to perform manual cleaning, which is not only expensive but also unable to meet the increasing maintenance needs. In addition, park attractions have particularly high environmental requirements, which require cleanliness and landscape integrity.


Solution

Introduce CR Sweeper as a cleaning upgrade solution.

Scheduled patrols: Set the cleaning vehicle to patrol autonomously at different times, especially when the park is closed or when there are relatively few visitors, to reduce interference with visitors.

Automatic dumping of garbage: When the garbage bin is detected to be full, the vehicle returns to the garbage collection point to automatically dump the garbage.

Obstacle avoidance function: CR Sweeper is equipped with multi-sensor technology, which can detect and avoid obstacles such as pedestrians and trees. This reduces the risk to personnel and the environment.


Effect

Improve garbage collection efficiency: CR Sweeper improve garbage collection efficiency through autonomous patrols and intelligent sorting, reducing cleaning time.

Reduce labor costs: Automated garbage collection reduces the burden of manual labor, allowing city management teams to use human resources more efficiently.

Improve park environment: Regular patrols make the park environment cleaner and more tidy, enhancing the visitor experience.

Use Case 2

CR Sweeper in coal mine

Background

During the production and transportation process of a large coal mine, a large amount of coal ash is generated, which not only occupies space but may also have an impact on the environment. Traditional methods of cleaning and recycling coal ash require a lot of manpower and are usually difficult to effectively reuse these valuable resources.


Solution

To solve this problem, CR Sweeper has been introduced in the coal mine area. These vehicles can not only clean the factory area but also recycle coal ash.

Scheduled cleaning: The working time of the cleaning vehicle can be set to clean during the time when the night transportation task stops, reducing interference with normal work.

Automatic charging: When the cleaning vehicle's battery is low, it can automatically return to the charging station for charging to ensure continuous and uninterrupted cleaning service.

Digital operation: The operation of the cleaning vehicle can be monitored and remotely controlled in real-time. Industrial plant management personnel can check the operation of the cleaning vehicle at any time and adjust tasks as needed.


Effect

Resource recovery: The cleaning vehicle effectively recovers coal ash, separates it, and stores it in a designated container, providing valuable resources for subsequent processing and reuse.

Reduced labor costs: No longer requiring a large number of cleaning workers and drivers, thereby saving labor costs.

Improved safety: CR Sweeper avoids the risk of cleaning workers in dangerous working environments.

Digital management: Plant management personnel can optimize the operation of the cleaning vehicle through remote monitoring and data analysis, further improving efficiency.