Process layout
Process Overview
This is an example of the installation of the Fantas cleaning robot at Big Wave Robotics (Marosol) for cleaning management at Sagewood CC. By utilizing Fantas, automated cleaning and maintenance management was implemented for the lobby floors; an unmanned automatic system was operated by equipping Fantas with a charging station that offers superior performance and convenience.
Warranty Period
1 year
Year of Execution
2024
Project Period
1 week
Project Background and Objective
Unmanned cleaning using autonomous driving, cameras, sensors, etc
A cleaning robot that performs cleaning according to a set schedule
Increased cleaning efficiency due to cleaning staff and division of labor
Remote control using SOLlink
Components
| Robot | Industrial Dry/Wet Cleaning Robot Fantas |
|---|
Workflow
| STEP 1. | Select the designated cleaning area |
|---|---|
| STEP 2. | Set the simple cleaning mode (Dry) |
| STEP 3. | Start cleaning |
| STEP 4. | Return to the charging dock after task completion |
| STEP 5. | Schedule the desired cleaning times |
| STEP 6. | Start cleaning |
| STEP 7. | Return to the charging dock after task completion |
Features
Special Features
Convenience
Remote control function using SOLlink
Complete implementation of cleaning scenario plans quickly by zoning only the desired Cleaning Robot areas.
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 Performance
Close-up cleaning is possible up to 1cm from the wall
Possessing the maximum productivity of 700㎡ per hour
High cleaning versatility capable of both wet and dry cleaning
Effective wet floor cleaning with 2 Cleaning Robot rolls and 1 side brush
Streamlining Work Processes
Smart obstacle avoidance and simple operation using paths
Easy app remote operation, simple manual control, convenient size and height for 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 Robot operations
Provides cleaning performance close to walls, delivers superior effectiveness using smart obstacle avoidance and pathing, offers a user-friendly interface for convenient use and editing, and allows for easy on-robot operation of cleaning settings, information checking, and changes.
Results
| Key Benefits | Coverage and Performance in Large Environments: Ability to clean vast areas with high performance and superior obstacle avoidance, resulting in high customer satisfaction
Increased Convenience via Charging Stations: Enhanced operational efficiency through automatic charging stations that eliminate the need for manual charging
Versatility in Cleaning Modes: High performance and convenience in both autonomous and manual cleaning modes
Full Automation via Workstations: Automated water supply and drainage utilizing dedicated workstations for hands-free maintenance
Nighttime Reliability: Confirmed stable operation during unlit nighttime hours using infrared camera sensors (Verified: No issues)
Scheduling Solutions for Time-Restricted Sites: Overcoming limited cleaning windows by utilizing the nighttime scheduling function
Customized Planning for 24/7 Operations: Strategic cleaning schedules designed around specific facility shutdown or off-peak times for businesses operating until dawn |
|---|---|
| Client Feedback | We highly value the flexibility of having manual cleaning options alongside the default automatic mode when needed. The convenience of being able to remotely monitor the robot’s status and manage cleaning tasks is excellent. Above all, achieving complete unmanned operation through the use of the workstation is a major advantage. |
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