Process layout
Process Overview
This is an example of the installation of Fantas by Big Wave Robotics (Marosol) for floor cleaning management of the Gwacheon Science Museum, covering a total area of approximately 1,000 pyeong (1 floor).
We implemented automated cleaning management for a 1,000-pyeong floor area (lobby, entrance, etc.) using Fantas.
Through the SC75's outstanding Cleaning Robot performance and the workstation, we have established a fully automated cleaning system featuring automatic water supply and drainage, as well as automatic charging.
Project Background and Objective
โ Unmanned cleaning utilizing autonomous driving, cameras, sensors, etc.
โ Cleaning robots robot that cleans at set times
โ Increased cleaning efficiency due to cleaning staff and division of labor
โ Remote control using SOLlink
Components
| Robot | Large industrial Cleaning Robot Gausium SC75 |
|---|
Workflow
| STEP 1. | Select a designated cleaning zone |
|---|---|
| STEP 2. | Set the wet cleaning mode |
| STEP 3. | Start cleaning |
| STEP 4. | Return to the charging dock after finishing the work |
| STEP 5. | Set a desired cleaning time schedule |
| STEP 6. | Start cleaning |
| STEP 7. | Return to the charging dock. |
Features
Convenience
Establishment of a cleaning automation system using automatic water supply/drainage and automatic charging via workstations
Remote control function using SOLlink
By using zoning mapping, the cleaning scenario plan can be quickly implemented, covering only the areas the manager wants.
Remote control using internal Wi-Fi at Gwacheon Science Museum
Cleaning at your desired time using the schedule function
Intuitive verification of effectiveness using work reports
Safety using front and rear cameras and sensors
Excellent Cleaning Robot Performance
Close-up Cleaning up to 5cm from the wall
Possessing the maximum productivity of 900ใก per hour
Stable operation with a 400kg load + 3-disc, 2-roller composite cleaning structure
Achieves high-efficiency, high-cleanliness of floor cleaning that removes even fine contaminants
Streamlining Work Processes
Smart obstacle avoidance and simple operation using paths
Convenient app remote operation, easy manual control, size and height for easy portability
Simplified automatic charging with a wireless charging station
Securing outstanding safety using front and rear cameras and various sensors, as well as safe driving capabilities such as LiDAR sensors, front and rear cameras, and tilt cameras.
Providing a convenient customer experience using SOLlink and dedicated control
Contributing to customer convenience by continuously checking robot status and providing work reports after cleaning operations.
Results
| Key Benefits | Changes in cleaning methods -> Automatic cleaning performed every day after closing, without interfering with the cleaning personnel's condition or vacation.
Obstacle and human movement recognition and avoidance stability check
Increased job sustainability through improved working conditions and reduced fatigue
Showing the effect of cleaning to VIPs |
|---|---|
| Client Feedback | They say it is good that they don't have to worry about cleaning anymore by using cleaning robots instead of having staff cleaning manually.
They said it was good because it could do both automatic and manual functions, and they liked that they could also drive the robots manually.
They say it is good because they can receive feedback with specific figures in cleaning reports through the SOLlink app.
It is said that the ability to handle problems remotely and immediately check the robot's status (battery, current location, dustbin, errors, etc.) is a good feature. |
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