Process layout
Process Overview
Big Wave Robotics (Marosol) introduced the industrial Cleaning Robot SC50 to automate floor Cleaning at Cheongun Hi-Tech's Manufacturing plant (total 700 pyeong).
By utilizing the SC50's autonomous driving capabilities, automatic water supply and drainage system, and workstation integration features, we established a fully unmanned cleaning system and improved the level of hygiene management within the factory through efficient cleaning operations scheduled at set times.
Project Overview
Adopting Company: Cheongun Hi-Tech
Product Introduced: Industrial Cleaning Robot Robot SC50 4.1v + Workstation
Installation area: Approx. 700 pyeong
Warranty Period: 1 year
Project execution year: 2025
Project Duration: 2 days
Project Background and Objective
Establishing an unmanned cleaning system utilizing autonomous driving technology
Increasing cleaning efficiency by performing automatic cleaning at a set time
Relief of the burden of direct cleaning for employees and improvement of work concentration
Provision of remote control and cleaning data analysis via the SOLlink app
Improving the corporate image by maintaining a clean workplace environment during VIP visits
Components
| Robot | Industrial Cleaning Robot SC50 |
|---|---|
| Peripherals | Workstation (with automatic water supply and drainage function) |
Workflow
| STEP 1. | Select a designated cleaning zone |
|---|---|
| STEP 2. | Set the wet cleaning mode |
| STEP 3. | Start cleaning |
| STEP 4. | Automatic water supply/drainage and automatic return to charging after finishing job |
| STEP 5. | Set a desired cleaning time schedule |
| STEP 6. | Start cleaning |
| STEP 7. | Return to the charging dock after work |
Features
Convenience aspect
Remote control function using SOLlink
Quickly complete the implementation of cleaning scenario plans for only the areas the manager wants (entrances, etc.) through seasonal mapping.
Introduction effect
If the entrance area is heavily contaminated due to snow or rain caused by seasonal factors, cleaning can be performed selectively only on that area.
Remote control utilizing internal Wi-Fi at the Manufacturing site
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
Improved cleaning performance compared to conventional roller brushes using two disc brushes and a pad brush.
Streamlining work processes
Smart obstacle avoidance and simple operation using paths
Convenient app remote operation, easy manual control, size and height for easy portability
Post- cleaning maintenance is fully automated with the workstation's automatic charging and water supply/drainage functions
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 | The company's image was enhanced by being able to showcase a clean and well-maintained workplace environment whenever VIP customers visited the manufacturing plant, which led to increased confidence in product quality control and created a marketing show-off effect. |
|---|---|
| Client Feedback | They highly praised the ability to respond immediately to problems remotely and to monitor various robot statuses in detail in real-time (battery level, current location coordinates, dustbin load, occurrence of various errors, etc.), enabling highly efficient operation. In particular, they noted that the remote monitoring system allows for rapid problem resolution without on-site visits, significantly reducing maintenance costs and time. |
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