Incheon Airport's Industrial Cleaning Robot Review 😎 The Ultimate Carpet Cleaning Robot Has Arrived!

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Incheon Airport's Industrial Cleaning Robot Review 😎 The Ultimate Carpet Cleaning Robot Has Arrived!

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Application Field: Application > Cleaning, Building Type > Transportation Facilities, Building Type > Public Institution

Application > CleaningBuilding Type > Transportation FacilitiesBuilding Type > Public Institution

#industrialcleaningrobot#cleaningrobot#airportrobot#marosol#airportcleaning

Process Overview

Two cleaning robots in Terminal 1 and six in Terminal 2, operating in each area of Incheon Airport, were verified for operational stability.
Based on the verification of operational stability, the goal is to expand the introduction of cleaning robots across all areas of Incheon Airport.

Warranty Period

1 Year

Performance Year

2024

Project Duration

30 days

Project Background and Objectives

Inconveniences of existing robots
Convenience features such as moving to a maintenance location were not provided, requiring workers to manually drag and dispose of the waste.
Convenience was improved by simplifying maintenance procedures, replacing complex cleaning methods.
Water supply and drainage scenarios were proposed through the workstation and SOLlink remote control.
For the Gausium cleaning robot, automatic charging and scheduled cleaning are possible through an automatic charging station.
SOLlink allows users to remotely move the robot to the designated maintenance location, providing convenient management.

Components

Robot	Industrial Cleaning Robot Gausium VC 40

Workflow

STEP 1.	Select a designated cleaning area
STEP 2.	Set the simple cleaning mode (dry)
STEP 3.	Start cleaning
STEP 4.	Return to the charging station after completing the task
STEP 5.	Set the desired cleaning schedule
STEP 6.	Start cleaning
STEP 7.	Return to the charging station after completing the task

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Features

Convenience

Remote control via SOLlink
Schedule cleaning at your preferred time
Intuitive performance monitoring using work reports
Safety features including front and rear cameras and sensors

Excellent cleaning performance

Close-range cleaning up to 3cm from walls
Productivity of up to 1,200㎡ per hour
High cleaning versatility, capable of both dry and scouring operations
Optimized cleaning performance for carpets

Simplified work processes

Simple operation using smart obstacle avoidance and pathing
Easy manual operation, convenient size, and height
Wireless charging station for automatic charging after cleaning

Superior safety is ensured through front and rear cameras and various sensors, along with safe driving capabilities such as LiDAR sensors, front and rear cameras, and tilt cameras.

A convenient customer experience is provided through SOLlink and dedicated control. A convenient customer experience is enhanced through continuous robot status checks and work reports after cleaning.

Cleaning performance close to walls, smart obstacle avoidance, and path-based cleaning provide superior cleaning results. A user-friendly UI and editing interface allow for easy access to cleaning settings and information checks, and changes.

Results

Key Benefits	When replacing the 3,000 square meter Incheon Airport interior floor cleaning robot, the cleaning quality (the degree of dust accumulation in the large dust tray after cleaning/whether sand and dust on the floor can be removed) Excellent obstacle avoidance stability check (conditions for changing the load arrangement are also added) Whether the main source of contamination, accumulated dust on the floor, can be cleaned (after setting the high-touch section in the area where the main source of contamination occurs, the cleaning can be repeated up to 3 times or infinitely) Degree of improvement in the environment of dusty logistics sites Increased convenience and minimization of waste of human resources due to automatic charging stations that do not require manual charging Increased job sustainability by improving the working environment of workers and reducing worker fatigue (workers can focus on their main work)

Key Benefits

When replacing the 3,000 square meter Incheon Airport interior floor cleaning robot, the cleaning quality (the degree of dust accumulation in the large dust tray after cleaning/whether sand and dust on the floor can be removed) Excellent obstacle avoidance stability check (conditions for changing the load arrangement are also added) Whether the main source of contamination, accumulated dust on the floor, can be cleaned (after setting the high-touch section in the area where the main source of contamination occurs, the cleaning can be repeated up to 3 times or infinitely) Degree of improvement in the environment of dusty logistics sites Increased convenience and minimization of waste of human resources due to automatic charging stations that do not require manual charging Increased job sustainability by improving the working environment of workers and reducing worker fatigue (workers can focus on their main work)

Recommended Use Cases

Industrial cleaning robots now cover Incheon Airport. Gausium's SC75 industrial cleaning robot, unveiled at Incheon Airport 🙌

Process Overview Two cleaning robots in Terminal 1 and six in Terminal 2, operating in each area of Incheon Airport, were verified for operational stability. Based on the verification of operational stability, the goal is to expand the introduction of cleaning robots across all areas of Incheon Airport. Warranty Period 1 Year Performance Year 2024 Project Duration 30 days Project Background and Objectives Disadvantages of Previous Robots The robot does not have an automatic water supply and drainage system, so personnel must manually carry and dispose of the water. When full, the robot can weigh hundreds of pounds, making it difficult to manage because of the heavy load. Proposed water supply and drainage options include workstation and SOLlink remote control. The Gausium cleaning robot supports automatic charging and features automatic water supply and drainage through the workstation. If the water supply and drainage functions are unavailable due to insufficient facility coordination, the kitchenette can be set as a maintenance point via SOLlink, allowing the robot to be remotely moved to that location for easier management.

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