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Detecting indoor environmental

contaminants and performs

automatic disinfection

Detecting indoor environmental contaminants and performs automatic disinfection

Disinfection robot

Always! Automatic disinfection


All Day

24x7 automatic monitoring system

Robot + AI + Autonomous


All Care

Autonomous navigation and spatial recognition

Air purification + ultraviolet light + ethanol sanitization


All Data

Data analysis to improve effectiveness

Big data + cloud based

mobile background

Disinfection robotroot

Always! Automatic disinfection

All Day

24x7 automatic monitoring system

Robot + AI + Autonomous

All Care

Autonomous navigation and spatial recognition

Air purification + Ultraviolet light + Ethanol sanitization

All Data

Data analysis to improve effectiveness

Big data + Cloud based

Disinfection Methods

Air purification

-  Tracking + Detection + Purification

-  Air purifier structure that can replace cylindrical filters

-  The space on the side is utilized to supplement the heat generated by the air circulation with the front part

Ethanol sanitization

-  Air purifier structure that can replace cylindrical filters

-  Development of a dispenser configured to spray ethanol to the bottom or rear of the AI robot by disinfection

-  Tank for storing ethanol, sensor for detecting level of ethanol stored, and nozzle for spraying ethanol on the floor

Ultraviolet light

-  Full Coverage Sterilization

-  Uses ultraviolet light at wavelengths 240 to 280nm, which have the greatest effect of killing bacteria

-  Ultraviolet radiation is carried out by fluoridation of microorganisms

Reports Approved Technologies

Reports approved technologies

2018

More

2019

More

2020

More

Automatic Charging Process

Robot and Charging Station
Robot and Charging Station

a stable structure

-  Less vulnerability to external contaminants

-  We use the same charging station across our fleet of robots

Docking part required for charging
Docking part required for charging

Accurate and efficient system

- Robot uses autonomous driving to automatically return to charging station

- Faster and more efficient charging compared to other autonomous robot

Autonomous Driving

SLAM

Dead Reckoning

Minimize slip occurrences in driving paths

AMCL

A Star

Find an exact location by using 

2000 particles around the robot

Dijkstar

DWA

Determine the optimal path and 

automatically detect obstacles

Operating the Robot

ZMS

A cloud server system and specialized software that can manage the location, measurement data, content, and behavior of the robot remotely

Management Software

(Mobile APP)

-  Real-time environment data, administrator settings, and seeing a analysis

-  The administrator can set the functions of the robot, such as the speed of movement of the robot, the path of travel, autonomous driving, UV LED on/off, and other functionality according to the location of use and the time of use


Headquarters  |  6F, 20, Gwangnaru-ro 6-gil, Seongdong-gu, Seoul, Republic of Korea

AI R&D center  |  75, Nowon-ro, Buk-gu, Daegu, Republic of Korea

AI Healthcare center  |  3F, 193-22, Geumnam-ro, Dong-gu, Gwangju, Republic of Korea 

E-MAIL.  yelin@zetabank.co.kr 


Copyright ⓒ ZETABANK.Co.,Ltd. All rights reserved.

Headquarters  |  6F, 20, Gwangnaru-ro 6-gil, Seongdong-gu, Seoul, Republic of Korea 

AI R&D center  |  75, Nowon-ro, Buk-gu, Daegu, Republic of Korea

AI Healthcare center  |  3F, 193-22, Geumnam-ro, Dong-gu, Gwangju, Republic of Korea 

E-MAIL.  yelin@zetabank.co.kr 

Copyright ⓒ ZETABANK.Co.,Ltd. All rights reserved.