The Industrial Cleaning Robot Takes Charge of Shinjeon Tteokbokki's Hygiene Management! 😎

Application > CleaningBuilding Type > Commercial FacilitiesBuilding Type > Etc.

#Industrial Cleaning Robot robot# Sinjeon Tteokbokki# Cleaning Robot robot# Robot vacuum cleaner# Marosol# Big Wave Robotics# Gausium# Fantas# VC40

Process Overview

This implementation case involves the introduction of industrial cleaning robots to provide a pleasant environment for the Sinjeon Tteokbokki factory and office. The deployed industrial cleaning robots, Phantas and VC40, are being utilized in various spaces including Sinjeon Tteokbokki's manufacturing lines, the Sinjeon Museum (Tteokbokki Museum), and even the tennis court provided for employee welfare. In particular, the introduction of cleaning robots has significantly improved work efficiency and hygiene management, contributing to providing a pleasant space where both employees and customers can feel at ease.

Warranty Period

1 year

Year of Execution

2024

Project Period

2 weeks

Project Background and Objective

Sinjeon Tteokbokki aimed to establish an unmanned cleaning system through cleaning robots equipped with autonomous driving technology, advanced cameras, and sensors. By dividing cleaning tasks between existing janitorial staff and robots, cleaning efficiency is increased, and nighttime cleaning provides an environment where staff can focus on their work during daytime hours. Additionally, robots can be remotely controlled through SOLlink, a heterogeneous/multi-robot integrated control system, and work reports can be checked after each cleaning task, maximizing management efficiency and convenience.

Components

Robot	Phantas Industrial Cleaning Robot: A multi-functional robot responsible for wet and dry cleaning in large manufacturing lines and museum spaces, maintaining hygiene in corridors and automated process lines. VC40 Industrial Cleaning Robot: Deployed to the tennis court, an employee welfare facility, to automatically clean up debris such as tennis ball fuzz on the floor.

Workflow

STEP 1.	Select and Set Cleaning Areas: The industrial cleaning robot selects the designated cleaning area and simply sets the required cleaning mode (wet, dry).
STEP 2.	Start Cleaning: The robot moves according to the set cleaning area and starts cleaning.
STEP 3.	Movement Between Areas: After completing cleaning in one area (A), it moves to the next area (B) to clean continuously.
STEP 4.	Task Completion and Return: Once all cleaning tasks are finished, the robot automatically returns to the charging station to recharge.

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Features

Major Benefits of Introducing Industrial Cleaning Robots

1. Convenience and Smart Management

Remote Control and Schedule Management: You can remotely control the cleaning robots through SOLlink and freely set cleaning schedules.
Cleaning Task Reports: Check cleaning effectiveness through intuitive task reports and continuously monitor robot status.
Safety: Obstacle avoidance and safe autonomous driving are enabled via front/rear cameras and various sensors, allowing the robot to perform tasks safely even when workers are nearby.

2. Outstanding Cleaning Performance

Edge and Corner Cleaning: Boasts the precision to clean within 1cm of walls, ensuring every corner is kept clean.
Wide Cleaning Coverage: Capable of cleaning up to 700$m^2$ per hour, effectively managing large areas such as manufacturing lines and museums.
Supports Wet and Dry Cleaning: Flexibility to switch between wet and dry cleaning modes depending on floor types and needs, allowing for a versatile response to various environments.

3. Streamlined Process and Safety

Simple Setup and Operation: Easy settings and operations are available directly on the industrial cleaning robot; it can also be moved manually when necessary to conveniently change cleaning zones.
Auto-Charging Function: The robot automatically returns to the wireless charging station after tasks to begin charging, maintaining optimal readiness at all times.
Safe Navigation: The industrial cleaning robot detects surroundings in real-time using LiDAR sensors, front/rear cameras, and tilt cameras to smartly avoid obstacles while moving.

Results

ROI Period	1 year ( Minimum labor cost 24 million won per year vs. Fantas 19 million won )
Key Benefits	Enhanced Hygiene Management: Significantly improved food hygiene management in manufacturing and museum spaces, creating an environment where customers can feel secure. Improved Cleaning Efficiency: By dividing repetitive tasks between janitorial staff and robots, both the speed and quality of cleaning have increased. Boosted Employee Welfare: With the cleaning robot managing the tennis courts, employees can enjoy cleaner welfare spaces, and the burden on management staff has been reduced.
Client Feedback	A representative from Sinjeon Tteokbokki commented, "With the introduction of industrial cleaning robots, a much cleaner environment is being maintained across our manufacturing spaces, museum, and tennis courts. As employee welfare and hygiene management improve, we expect to grow into a brand that is even more trusted by our customers." By enhancing efficiency and adding reliability to hygiene management through this smart cleaning automation system, Sinjeon Tteokbokki is solidifying its position as a more competitive food brand.

The Industrial Cleaning Robot Takes Charge of Shinjeon Tteokbokki's Hygiene Management! 😎

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Application Field: Application > Cleaning, Building Type > Commercial Facilities, Building Type > Etc.

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