Process layout
Cleantech's premier autonomous cleaning robot, the T7AMR, operates repeatedly along pre-saved paths. Its AI actively avoids obstacles to provide flawless, accident-free cleaning results.
Equipped with a water recycling system and high-efficiency lithium batteries, the T7AMR can perform long-duration autonomous cleaning tasks throughout the night without interruption.
Through this human-robot collaboration, staff can focus on more efficient and critical high-touch point cleaning, while the autonomous equipment handles repetitive, large-scale areas. Achieve a superior level of hygiene—even in the details you can't see!
Components
| Robot | Cleantech T7AMR Autonomous Wet Floor ScrubberThe T7AMR is a high-performance autonomous floor scrubber designed for extended operation through an integrated water recycling system. Core Specifications
|
|---|
Workflow
| STEP 1. | Generating a cleaning map |
|---|---|
| STEP 2. | Executing cleaning tasks while navigating the optimal path |
| STEP 3. | Detecting, stopping for, and evading obstacles |
| STEP 4. | Cleaning completion and automatic docking for charging. |
Features
Long-term use with autonomous equipment without worrying about night shift personnel
The recycling system maximizes efficiency by allowing 6 hours of continuous use without water supply or drainage
With a cleaning capacity of approximately 600 pyeong per hour and up to 6 hours of continuous use, it can clean about 3,600 pyeong per day
Ensures effective Cleaning Robot and safety through repeated washing
Repeat floor cleaning of main traffic routes in designated areas (maximum 60) by more than 95% according to the mapping path
It provides route navigation more accurate than humans, enabling the prevention of accidents caused by speeding or lack of awareness
Provides easy-to-manage reports
Understand and share work results simply and clearly through daily and weekly reports
Service history management is possible for not only for software but also for hardware (equipment) by providing custom data required on-site
Human-Robot Collaborative Hygiene
Focused management of 'high-touch points' frequently touched by people is done by people
On-site floor management is performed autonomously by AMR equipment, enabling effective workforce management
Results
| Key Benefits | Capable of performing autonomous cleaning operations day and night |
|---|---|
| Client Feedback | Cleaning Robot efficiency has increased significantly as large spaces can be cleaned quickly without the help of a manager. |
Unauthorized copying or reproduction of any content on Marosol may violate the Unfair Competition Prevention Act and Copyright Act.
Recommended Solution
Shopping Center Cleanliness Management using Gausium Sc50: Pangyo Famiers Mall Edition
This is an example of Big Wave Robotics (Marosol) introducing Scrubber50 for Cceaning operations at Pangyo Famiers Mall. Gausium Scrubber50 robot features a work process that is easy to use even for first-time robot users, excellent productivity, and various modes—including scrubbing, sweeping, and mopping—allowing for appropriate use depending on the situation. It is recommended for work environments requiring cleanliness management against dust and particles.
IFCC WorldLab Seoul 2022 CLOi Guidebot
This application utilizes the LG CLOi GuideBot, developed by LG Electronics, to patrol an exhibition booth and use its front and rear-mounted body displays to promote the company and explain events. The LG CLOi GuideBot can operate guidance and advertising using the two body displays mounted on the robot. The robot can autonomously navigate to guide visitors to amenities within the facility or conduct patrols at night. As an option, a docent function can be used to guide visitors and explain exhibits at museums or exhibitions.
LG CLOi ServeBot (Tray Type): A Complete Guide to Introduction at PC Cafe
This solution is an example of using the LG CLOi ServeBot (Tray type), developed by LG Electronics, for serving food and clearing trays in a PC bang. The LG CLOi ServeBot (Tray type) autonomously travels from the kitchen to the customer's table, automatically detecting when a customer removes food from the shelf and moving to the next destination.