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Process Overview
This is an example of the installation of the cleaning robot Fantas by Big Wave Robotics (Marosol) for floor cleaning management of a total area of 400 pyeong (1 floor) at the University of Seoul.
We implemented automated cleaning and maintenance management for approximately 400 pyeong of floors using Fantas, and operated an unmanned automatic system equipped with Fantas' excellent cleaning performance, convenience, and the charging station.
Accordingly, we introduced two cleaning robots and established an automated cleaning management system.
1. Scheduling automatic cleaning is available after closing
2. Minimize operational interference by setting cleaning schedules
3. Improved hygiene standards with a floor dust and contaminant removal rate of over 95%
4. Creating an environment where staff and instructors can focus on their core duties
As such, the introduction of cleaning robots was a highly effective choice that not only reduced costs but also simultaneously improved operational efficiency, cleanliness, and customer satisfaction. We believe this is a case study that can be usefully applied to other newly constructed sports facilities in the future.
Project Background and Objective
Unmanned cleaning using autonomous driving, cameras, sensors, etc.
A cleaning robot that cleans according to a set schedule
Increased cleaning efficiency due to cleaning staff and division of labor
Remote control using SOLlink
Components
| Robot | Wet and Dry Industrial Cleaning Robot - Phantas |
|---|
Workflow
| STEP 1. | Select a designated cleaning zone |
|---|---|
| STEP 2. | Set the dry cleaning mode |
| STEP 3. | Start cleaning |
| STEP 4. | Return to the charging dock after work |
| STEP 5. | Set a desired cleaning time schedule |
| STEP 6. | Start cleaning |
| STEP 7. | Return to the charging dock after work |
âģ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
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We conducted a demonstration of the VC40 robotic vacuum cleaner at a large indoor climbing center spanning 640 pyeong. The climbing center features various flooring materials, including short-pile carpets and hardwood flooring in the cafeteria area, and frequently experiences floor contamination due to chalk dust, dirt, and hair. In particular, due to the nature of climbing activities, chalk dust gets on the hands and penetrates deep into the carpets, making it difficult to completely remove with conventional Cleaning Robot methods. There were physical limitations to manually Cleaning Robot such a vast space every day, so the VC40 robotic vacuum cleaner was introduced to address this issue. The VC40 automatically performs Cleaning Robot tasks during the early morning hours after closing time, significantly improving the efficiency of floor maintenance management.
Process Overview
This is an example of the installation of the cleaning robot Fantas by Big Wave Robotics (Marosol) for floor cleaning management of a total area of 400 pyeong (1 floor) at the University of Seoul.
We implemented automated cleaning and maintenance management for approximately 400 pyeong of floors using Fantas, and operated an unmanned automatic system equipped with Fantas' excellent cleaning performance, convenience, and the charging station.
Accordingly, we introduced two cleaning robots and established an automated cleaning management system.
1. Scheduling automatic cleaning is available after closing
2. Minimize operational interference by setting cleaning schedules
3. Improved hygiene standards with a floor dust and contaminant removal rate of over 95%
4. Creating an environment where staff and instructors can focus on their core duties
As such, the introduction of cleaning robots was a highly effective choice that not only reduced costs but also simultaneously improved operational efficiency, cleanliness, and customer satisfaction. We believe this is a case study that can be usefully applied to other newly constructed sports facilities in the future.
Project Background and Objective
Unmanned cleaning using autonomous driving, cameras, sensors, etc.
A cleaning robot that cleans according to a set schedule
Increased cleaning efficiency due to cleaning staff and division of labor
Remote control using SOLlink
Components
| Robot | Wet and Dry Industrial Cleaning Robot - Phantas |
|---|
Workflow
| STEP 1. | Select a designated cleaning zone |
|---|---|
| STEP 2. | Set the dry cleaning mode |
| STEP 3. | Start cleaning |
| STEP 4. | Return to the charging dock after work |
| STEP 5. | Set a desired cleaning time schedule |
| STEP 6. | Start cleaning |
| STEP 7. | Return to the charging dock after work |
âģ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.











