Smart Cleaning and Protection,
Empowered by Technology
Modular Design for Rapid Disassembly within 5 Seconds*
Robust Endurance, Single Dust-Pushing Capacity of 4,400 Square Meters*
Compact Body Design for Seamless Maneuverability in Complex Environments
Ultra-Low Noise Cleaning for Discrete Operations in Quiet Settings
Integrated Suction, Scrubbing, and Pushing Capabilities, Ideal for a Wide Range of Soft and Hard Surfaces
CleInbot CC201: An Intelligent Automatic Cleaning Service Robot
The pull-out modular design facilitates disassembly of water tanks, batteries, and cleaning components within a mere 5 seconds.
A minimalist exterior design offers a sleek and agile body, ensuring seamless maneuverability in confined spaces.
Our machine seamlessly combines dust suction, floor scrubbing, and dust pushing, offering versatility and suitability for a wide range of soft and hard surfaces.
Our integrated suction, washing, and pushing functions eliminate both dry and wet waste in a single operation.
Supports carpet dust suction
Hard-bristle rollers, suction components, dust-pushing cloths
Standard and intensive modes
Ultra-Low Noise Dust Pushing at <5dB*, Ideal for Quiet Environments Such as Libraries and Offices
Adapts to Environmental Features and Autonomously Plans a Thorough Back-and-Forth Cleaning Path
440mm Wide Cleaning Width, Significantly Enhancing Cleaning Efficiency
Utilizing 2D single-line lasers, structured light cameras, and ultrasonic sensors, our unit actively avoids pedestrians, cliffs, and temporary obstacles for enhanced maneuverability.
Capable of navigating through narrow spaces with a width of 70cm and a table height of 70cm*, ensuring seamless maneuverability.
Extended battery life of up to 11 hours in dust-pushing mode
Single cleaning cycle covers an impressive area of 4,400 square meters*
Dual-purpose wet and dry motor for energy-efficient and effective cleaning
Magazine-style battery design for rapid and convenient replacement
A modular, quick-disassembly design facilitates seamless disassembly of water tanks, batteries, and cleaning components.
Our unit supports remote control mapping and laser scanning, accurately perceiving its surroundings. A single mapping session can cover an area of 6,000 square meters*, offering precise coverage.
Alerts for low water and battery levels trigger an automated return to the charging station. With a rapid charging time of 3 hours*, the intelligent cleaning robot can quickly resume operations, minimizing downtime.
Intelligently marks breakpoints, enabling real-time memory of cleaning progress for seamless continuation.
Offers interfaces for seamless integration with turnstiles and elevators, enabling cross-area and cross-floor operations for comprehensive coverage.
The CC201 specializes in floor cleaning, liberating manpower and enabling cleaning personnel to accomplish a more diverse range of tasks within a given timeframe.
Ambient encircling light offers real-time feedback on work status for enhanced visibility and operational efficiency.
Equipped with a Voice Player for Automatic Prompts
The unit is equipped with a voice player that automatically emits prompts when encountering obstacles, ensuring seamless communication and operational efficiency.
Real-time access to task reports, operational status, and consumable management, enabling efficient decision-making. Supports OTA one-click upgrade for seamless system updates.
Note:
*The rendered visuals are for display purposes only and do not represent the standard Ul or specific functions of the robot. For details, please stay tuned to our offical channels. The actual delivered robot's features shall prevail.
*Unless otherwise specifed, the data shown on these pages are proprietary to our company and are provided for reference only. Actual data may vary due to factors such as the usage environment, condition of the device, software version, etc. Please rely on the actual data provided.
*The features mentioned in the images are not standard across all models, please refer to the official product configuration table for specific information.
[1]The elevator control and access solutions need to be evaluated based on actual site survey results.
[2]The Resume Cleaning at Breakpoints feature will be gradually obtained through OTA.
[3]Data sources for hourly wages of cleaners: US hourly wage data based on Bureau of Statistics 2021 data, UK, Canada and Hong Kong China hourly wage data based on Indeed 2023 data, Australian and German hourly wage data based on Payscale 2023 data, France And the hourly salary data of Russia is based on the data of Economic Research in 2023, the hourly salary data of Singapore is based on the data of Talent in 2023, the hourly salary data of Japan is based on the data of Salaryexplorer in 2023.
[4]Hourly wages for cleaners in the United Kingdom, Canada, Australia, France, Germany, Singapore, Russia, Hong Kong and Japan converted to US dollars. The above data are for reference only. These data are converted based on the exchange rate of xe.com on September 7, and the exchange rate may change. If you have any questions, please refer to xe.com for real-time exchange rates.
[5 ]It refers to the cost of cleaning the unit area of the cleaning robot during the working time of one day (8 hours), hereinafter referred to as "machine cost".
Assuming a machine replacement cycle of 5 years, the maintenance cost is 10% of the suggested retail price ($15,000) for each year in addition to the first year warranty.
Machine cost = (suggested retail price + 10% suggested retail price * 4) / (maximum working hours per day * maximum cleaning area per day * 365 * 5)
[6]It refers to the cost of cleaning per square meter during a day's working hours (8 hours).
The default hourly wage for cleaners is $14.31/hour.
Cleaning cost per unit area of a single day for cleaners = (hourly salary * working hours) / (working hours * cleaning efficiency)
[7] CC201 Cost required for cleaning area（S）=[Suggested retail price + (10% Suggested retail price * 4)] * Recommended number of machines /5/365
[8] Cleaners cost required for cleaning area（S）= Hourly salary * Working hours * Number of recommended cleaners
