DIDEN ROBOTICS

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DIDEN ROBOTICS

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DIDEN ROBOTICS

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Diden Robotics leads the future of industrial safety with advanced robotic technology.

AUTOMATE tasks on steel structures with Seungwol Robotics Technology.

Complex and hazardous tasks are now managed together with robots.

AUTOMATE tasks on steel structures with Seungwol Robotics Technology.

Complex and hazardous tasks are now managed together with robots.

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Hazardous Metal Industrial Environments
Work alongside robots.
Create a safer and more efficient working environment.

Automate operations in steel environments such as shipyards, steel bridges, and refineries,

to maximize productivity and ensure safety.

Automate operations in steel environments such as shipyards, steel bridges, and refineries,

to maximize productivity and ensure safety.

DIDEN ROBOTICS

Robots that navigate walls and obstacles

to perform inspections and tasks

Traditional robots struggled to operate in complex metal environments due to limitations in mobility, but now, a new solution is provided by robots that can freely navigate and work on vertical surfaces and in confined spaces.

Significantly enhanced work speed

through autonomous navigation of robots

Enhancing productivity through the integration of conventional technology with Seungwol Robotics technology

for increased operational efficiency

Effortless Movement

Even in Complex Structures

Utilizing the mobility of legged robots,

we overcome various obstacles.

Heavy Equipment Loading

Heavy equipment such as welders and collaborative robots

is loaded and moved to

places that are difficult for people to access.

Robots that navigate walls and obstacles

to perform inspections and tasks

Significantly enhanced work speed

through autonomous navigation of robots

Enhancing productivity through the integration of conventional technology with Seungwol Robotics technology

for increased operational efficiency

Effortless Movement

Even in Complex Structures

Utilizing the mobility of legged robots,

we overcome various obstacles.

Heavy Equipment Loading

Heavy equipment such as welders and collaborative robots

is loaded and moved to

places that are difficult for people to access.

DIDEN ROBOTICS

Climbing Robot for Overcoming Vertical Barriers

Utilizing magnetic footpads, it can traverse walls and obstacles in metallic environments

and move freely as it navigates.

This is a robot designed to perform welding tasks, even in confined and difficult-to-access areas,

such as inside the enclosed blocks of shipyards,

while carrying collaborative robots.

DIDEN ROBOTICS

Climbing Robot for Overcoming Vertical Barriers

Utilizing magnetic footpads, it can traverse walls and obstacles in metallic environments

and move freely as it navigates.

This is a robot designed to perform welding tasks, even in confined and difficult-to-access areas,

such as inside the enclosed blocks of shipyards,

while carrying collaborative robots.

DIDEN ROBOTICS

Climbing Robot for Overcoming Vertical Barriers

By using magnetic feet, it can navigate over walls and obstacles in metal environments and move freely.

This is a robot capable of performing welding tasks in confined and hard-to-reach areas, particularly within the enclosed blocks of shipyards, while carrying a collaborative robot.

DIDEN ROBOTICS

Climbing Robot for Overcoming Vertical Barriers

By using magnetic feet, it can navigate over walls and obstacles in metal environments and move freely.

This is a robot capable of performing welding tasks in confined and hard-to-reach areas, particularly within the enclosed blocks of shipyards, while carrying a collaborative robot.

DIDEN's Unique Solution

Innovative changes in work within the steel industry environment,

achieving safer and more efficient operations through robotic technology.

Innovative changes in work within the steel industry environment,

achieving safer and more efficient operations through robotic technology.

Deeden uses robots to handle hazardous tasks.

Robots can operate in high-risk metal environments,

and substitute for humans in hazardous conditions,

performing tasks safely and efficiently.

Robots can operate in high-risk metal environments,

and substitute for humans in hazardous conditions,

performing tasks safely and efficiently.

Maintains consistent work quality even in spaces difficult for human access.

It maintains consistent work quality even in areas that are difficult for humans to access.

Maintains consistent work quality even in spaces difficult for human access.

Through the integration of existing technologies and Seungwol Robotics technology,

we reduce the workload on operators and maximize operational efficiency.

Through the integration of existing technologies and Seungwol Robotics technology,

we reduce the workload on operators and maximize operational efficiency.

Costly problems

can be solved by Diden.

Costly problems

can be solved by Diden.

Costly problems

can be solved by Diden.

You can reduce various ancillary costs required for safety management

and save on labor expenses.

You can reduce various ancillary costs required for safety management

and save on labor expenses.

Robots navigating walls and obstacles

perform tasks efficiently

Traditional robots struggled to operate in complex metallic environments due to limited mobility,

but this new solution offers a robot capable of freely moving and working on vertical surfaces and in confined spaces, providing innovative solutions.

Significantly enhance task speed through autonomous robot navigation.

Increased productivity through the integration of

traditional technology with Seungwol Robotics technology

Unrestricted Movement

In Complex Structures

Utilizing the mobility of legged robots

to overcome various obstacles

Heavy Equipment Loading

Transport heavy equipment like welders and collaborative robots

to locations that are difficult for people to access

Robots navigating walls and obstacles

perform tasks efficiently

Traditional robots struggled to operate in complex metallic environments due to limited mobility,

but this new solution offers a robot capable of freely moving and working on vertical surfaces and in confined spaces, providing innovative solutions.

Significantly enhance task speed through autonomous robot navigation.

Increased productivity through the integration of

traditional technology with Seungwol Robotics technology

Unrestricted Movement

In Complex Structures

Utilizing the mobility of legged robots

to overcome various obstacles

Heavy Equipment Loading

Transport heavy equipment like welders and collaborative robots

to locations that are difficult for people to access

DIDEN ROBOTICS

Climbing Robot for Overcoming Vertical Barriers

Magnetic Feet allow seamless traversal over walls and obstacles in metal environments.

Experience freedom of movement.

This is a robot that can perform welding tasks even in confined and hard-to-reach spaces inside the enclosed blocks of shipyards, while being equipped with collaborative robots.

“ It is anticipated that our robots will become more advanced in the future tests, effectively handling tasks such as blasting, painting,

monitoring the use of safety equipment, and transporting heavy tools on behalf of workers.

Dideun's robots are expected to be beneficially utilized on site. ”

“ It is anticipated that our robots will become more advanced in the future tests, effectively handling tasks such as blasting, painting,

monitoring the use of safety equipment, and transporting heavy tools on behalf of workers.

Dideun's robots are expected to be beneficially utilized on site. ”

-Onsite Operator A, Technology Development Specialist B

Awards and Achievements

Introducing the

Awards of Deeden Robotics.

'LAB Start-Up 2024' IR

Top Excellence Award in Competition

Selected as a winning team at the 'Laboratory Startup Festival' hosted by the Ministry of Science and ICT

Lab Startup Exploration Team MVP Production

Target of Support Program

Support for Entrepreneurship Exploration Linked to Public Technology-Based Markets

Program (Korean I-Corps) for Experimental Lab Start-Up Exploration Team MVP Production Support

Overseas Education within the KAIST Innovation Team

Outstanding Team Selection

Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), Selected as an Outstanding Overseas Education Team within the KAIST Innovation Center

Startup Support Program E*5

KAIST 2022 Second Half Outstanding Team

The second half of 2022

E*5 KAIST Demo Day Final Mission - 2nd Place

Awards and Achievements

Introducing the

Awards of Deeden Robotics.

'LAB Start-Up 2024' IR

Top Excellence Award in Competition

Selected as a winning team at the 'Laboratory Startup Festival' hosted by the Ministry of Science and ICT

Lab Startup Exploration Team MVP Production

Target of Support Program

Support for Entrepreneurship Exploration Linked to Public Technology-Based Markets

Program (Korean I-Corps) for Experimental Lab Start-Up Exploration Team MVP Production Support

Overseas Education within the KAIST Innovation Team

Outstanding Team Selection

Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), Selected as an Outstanding Overseas Education Team within the KAIST Innovation Center

Startup Support Program E*5

KAIST 2022 Second Half Outstanding Team

The second half of 2022

E*5 KAIST Demo Day Final Mission - 2nd Place

Awards and Achievements

Introducing the

Awards of Deeden Robotics.

'LAB Start-Up 2024' IR

Top Excellence Award in Competition

Selected as a winning team at the 'Laboratory Startup Festival' hosted by the Ministry of Science and ICT

Startup Support Program E*5

KAIST 2022 Second Half Outstanding Team

The second half of 2022

Demo Day E*5 KAIST Final Mission 2nd Place

Development of MVP by Lab Startup Exploration Team

Target of Support Program

Support for Entrepreneurship Exploration Linked to the Public Technology-Based Market

Program (Korean I-Corps), Laboratory Startups

Targeting Teams for MVP Development Support Program

Overseas Education within KAIST Innovation Group

Selection of Outstanding Teams

Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), Selected as an Outstanding Overseas Education Team within the KAIST Innovation Center

Awards and Achievements

Introducing the

Awards of Deeden Robotics.

"LAB Start-Up 2024" IR Competition Grand Prize

Ministry of Science and ICT Hosts 'Lab Startup Festival'

Selected as the Final Winning Team

Startup Support Program E*5

KAIST 2022 Second Half Outstanding Team

The second half of 2022

Demo Day E*5 KAIST Final Mission 2nd Place

Lab Startup Exploration Team MVP Production

Target Support Program

Selected as an Outstanding Team for Overseas Education in the Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), under the KAIST Innovation Office

KAIST Innovation Team: Recognized as Outstanding Overseas Education Group

Selected as an Outstanding Team for Overseas Education in the Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), under the KAIST Innovation Office

Awards and Achievements

Introducing the

Awards of Deeden Robotics.

"LAB Start-Up 2024" IR Competition Grand Prize

Ministry of Science and ICT Hosts 'Lab Startup Festival'

Selected as the Final Winning Team

Startup Support Program E*5

KAIST 2022 Second Half Outstanding Team

The second half of 2022

Demo Day E*5 KAIST Final Mission 2nd Place

Lab Startup Exploration Team MVP Production

Target Support Program

Selected as an Outstanding Team for Overseas Education in the Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), under the KAIST Innovation Office

KAIST Innovation Team: Recognized as Outstanding Overseas Education Group

Selected as an Outstanding Team for Overseas Education in the Public Technology-Based Market-Linked Startup Exploration Support Program (Korean I-Corps), under the KAIST Innovation Office

Press Release

Check the News for updates.

View All

Press Release

Robot Deployment in Shipbuilding… DDN Robotics Secures 7 Billion Won in Pre-Series A Funding

Robotics startup, Dideun Robotics, announced on the 21st that it has secured 7 billion KRW in pre-series A funding from Company K Partners and Atinum Investment.

2025. 08. 21.

Press Release

Diden Robotics Co., Ltd., Pioneering a New Paradigm in the Shipbuilding and Steel Industries

Diden Robotics is pioneering a new paradigm in automating high-risk environments in steel structure manufacturing, including shipbuilding, using Seungwol robots for welding, inspection, and other tasks.

2024. 10. 29.

Press Release

KAIST Hosts '2024 Research Day' to Recognize Outstanding Researchers

"World's fastest quadruped robot that walks on metal walls and ceilings developed", selected as one of KAIST's top 10 research achievements in 2023

2024. 05. 21.

Press Release

'Youth Entrepreneurship' Powers the Economic Engine of South Korea

Climbing four-legged robots and omnidirectional wheeled robots, carbon capture technology using batteries, electrically conductive clothing, mental health apps for middle-aged adults, and webtoon artificial intelligence (AI).

2024. 01. 01.

Press Release

KAIST's robotic dog 'Hound' sets a new world record, completing 100m in 19.87 seconds, recognized by Guinness World Records.

2023. 12. 16.

About Deedun Robotics

Please feel free to ask any questions you may have.

About Deedun Robotics

Please feel free to ask any questions you may have.

About Deedun Robotics

Please feel free to ask any questions you may have.

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DIDEN ROBOTICS

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