Keep Pharmaceutical Warehouses Clean! A Case Study of Phantas Industrial Cleaning Robot Introduction 💊🧹

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Keep Pharmaceutical Warehouses Clean! A Case Study of Phantas Industrial Cleaning Robot Introduction 💊🧹

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Lead Time: 2 weeks

Application Field: Application > Cleaning, Building Type > Logistics Center

Application > CleaningBuilding Type > Logistics Center

#Marosol# Big Wave Robotics# Phantas# Cleaning Robot Robot# Solink# Gausium# Wet and Dry Cleaning Robot

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Process Overview

The Daegu The One Pharmaceutical Logistics Warehouse introduced the industrial cleaning robot Phantas to improve productivity and the working environment.

Due to the limited workforce inherent in Logistics warehouses, cleaning management had previously had to be performed manually. This resulted in inadequate cleaning and difficulties in securing sufficient work time.

Since the introduction of Phantas, the time required for cleaning by personnel has significantly decreased, productivity has improved, and the overall working environment has been enhanced. In particular, the automation of repetitive and burdensome cleaning tasks has resulted in high satisfaction for both workers and managers.

Project Background and Objective

Unmanned cleaning using autonomous driving, cameras, sensors, etc.
Increased cleaning efficiency due to cleaning staff and division of labor
Remote control using SOLlink

Components

Robot	Industrial Cleaning Robot - Phantas

Workflow

STEP 1.	Select a designated cleaning zone
STEP 2.	Set the simple cleaning mode (wet)
STEP 3.	Start cleaning
STEP 4.	Return to the charging station after finishing work
STEP 5.	Cleaning the designated zone (A) is completed
STEP 6.	Move directly to zone B
STEP 7.	Cleaningg the designated zone (B) is completed
STEP 8.	Move directly to the charging station in zone A and return

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Features

Convenience

Remote control function using SOLlink
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 possible up to 1cm from the wall
Possessing maximum productivity of 700㎡ per hour
High Cleaning versatility capable of both wet and dry cleaning
The cleaning robot size is optimized for corner cleaning

Streamlining work processes

Smart obstacle avoidance and simple operation using paths
Easy manual operation, convenient size and height for easy mobility
Simplified automatic charging with a wireless charging station

Results

Key Benefits	Checking stability and excellent obstacle avoidance (dining tables and chairs) Increased convenience and minimized waste of human resources due to automatic charging stations that eliminate the need for manual charging Improved working environment and reduced worker fatigue to enhance job continuity and assess the level of focus on infection control requiring human attention
Client Feedback	As the cleaning robots consistently maintained the site every day, we were able to present a clean image to visitors. In particular, to verify the cleaning, we checked the condition of the wastewater tank although the floor appeared clean on the outside, the turbidity of the wastewater was significantly high, allowing us to clearly realize the cleaning effect. In addition, I liked being able to view the reports numerically through the SOLlLink app. Being able to plan a detailed schedule timetable based on cleaning areas (square footage) and data was a great help in terms of operational efficiency.

Key Benefits

Checking stability and excellent obstacle avoidance (dining tables and chairs) Increased convenience and minimized waste of human resources due to automatic charging stations that eliminate the need for manual charging Improved working environment and reduced worker fatigue to enhance job continuity and assess the level of focus on infection control requiring human attention

Client Feedback

As the cleaning robots consistently maintained the site every day, we were able to present a clean image to visitors. In particular, to verify the cleaning, we checked the condition of the wastewater tank

although the floor appeared clean on the outside, the turbidity of the wastewater was significantly high, allowing us to clearly realize the cleaning effect. In addition, I liked being able to view the reports numerically through the SOLlLink app. Being able to plan a detailed schedule timetable based on cleaning areas (square footage) and data was a great help in terms of operational efficiency.

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