A Construction Site where Cement Dust Piles Up… We Entrusted the Cleaning Robot to an Industrial Cleaning Robot 🤖✨

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A Construction Site where Cement Dust Piles Up… We Entrusted the Cleaning Robot to an Industrial Cleaning Robot 🤖✨

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Application Field: Application > Cleaning, Building Type > Factories·Facilities

Application > CleaningBuilding Type > Factories·Facilities

#Industrial Cleaning Robot robots# Beetle# Gausium# Construction site Cleaning Robot robots# Construction site Cleaning Robot# Cement powder# Marosol# Big Wave Robotics

Curious about the robots deployed?

[신제품] 산업용청소로봇 가우시움 비틀 Beetle 대용량스위퍼

Process Overview

This is a case study of Bigwave Robotics (Marosol) introducing the autonomous cleaning robot Beetle and the integrated control system SOLlink to a construction company’s Technology Research & Planning Team.

Recently, large construction companies have been actively conducting research to improve site safety and efficiency and to identify processes that can be automated.

This introduction was primarily aimed at verifying how stably a robot can navigate, clean, and be monitored in a construction site environment and expanding this into future site automation research, rather than focusing solely on "maintaining site cleanliness" itself.

Project Background and Objective

Verify whether construction site floor cleaning can be unmanned (automated) based on autonomous driving, cameras, and sensors.
Identify improvement points (time, labor input, safety risks, etc.) for the site cleaning process that occurs repeatedly during the construction process.
Test an operational system capable of immediate response to site conditions through SOLlink-based remote monitoring/control.
Quickly check the robot's current status (battery, location, dustbin, errors, etc.).
Verify if primary diagnosis and action can be taken remotely before visiting the site when an issue occurs.

Components

Robot	Industrial Cleaning Robot Gausium Beetle High Capacity Sweeper

Workflow

STEP 1.	Select designated a cleaning area
STEP 2.	Set the dry cleaning mode
STEP 3.	Start cleaning
STEP 4.	Return to the charging station after finishing work
STEP 5.	Set a schedule for desired cleaning times
STEP 6.	Start cleaning
STEP 7.	Return to the charging station after finishing work

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Features

Convenience

Remote control function using SOLlink
Completed the implementation of fast cleaning scenarios for only the areas desired by the manager through mapping and zoning
Remote control enabled by utilizing the internal Wi-Fi of the robot office
Cleaning at desired times using the scheduling function
Intuitive verification of effects using work reports
Safety ensured by using front and rear cameras and sensors

Outstanding Cleaning Performance

Dry-cleaning specialized model that cleans bulky debris using two large front sweepers

Streamlined Work Process

Simple operation using smart obstacle avoidance and pathing
Easy remote operation via app, simple manual operation, and a size and height convenient for movement
Simplification with a wireless charging station that automatically charges the robot after cleaning is finished
Secured excellent safety and safe driving capabilities using front/rear cameras, various sensors, LiDAR sensors, and tilt cameras
Provided a convenient customer experience using SOLlink and dedicated monitoring
Contributed to customer convenience by providing continuous robot status checks and work reports after cleaning tasks

Results

Key Benefits	Change in cleaning method: * Previous: Floor cleaning neglected (only large debris picked up and discarded) → Cement dust accumulated Cleaning Robot: Automated cleaning of even cement dust through consistent floor management Stability check for recognizing and avoiding obstacles and human movement Increased job sustainability by improving the working environment and reducing worker fatigue
Client Feedback	It was impressive that the robot navigated more stably than expected and repeatedly covered specific areas in a place like a construction site where the environment is harsh and full of variables. The reaction was that the test was sufficiently valuable just by confirming the possibility that the robot can take over the basic cleaning routine without constant human management.

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