Project Description

Service Robot

Yujin Robot will lead the future of Korea’s robot industry by improving the quality of the service robots and conducting the continuous development of technology and make the best efforts to grow as a reliable and respectful company.

Our Experience

  • Cleaning Robot, ‘iCLEBO’ : The world’s best & powerful vacuum cleaning robots exporting to over 30 countries.
  • Logistic Robot, ‘GoCart’ : Autonomous Transporation System & building a global network with solution providers.
  • ROS Platform, ‘Turtlebot2’ : An open robotics platform designed for education and research on state of the art robotics.
Contact Us

Robotics LiDAR

LiDAR(Light Detection And Ranging) is a remote sensing method that uses light in the form of a pulsed laser to measure distance. LiDAR sensors provide navigation and localization for autonomous ground robots. LiDAR also can cover greater range than ultrasonic sensors, and more cost-effective by replacing with existing sensors in Robotics. By coupling with Yujin LiDAR sensor, you can get more optimized dimensional data quickly, and there are lots of advantages that we can bring to the robotics market by establishing a partnership with Yujin Robot in the future.

Key Features

  • Innovative 2D/3D scanning LiDAR
  • Small Form Factor
  • Cost-Effective
  • Wide FoV(Field of View) : 270º(horizontal) x 90º(vertical ±45º)
  • Reliable and safe sensor to meet consumer appliance level
  • Quick and Scalable software support
  • ROS Compatible

Use Cases

  • Mapping and Localization

  • Workplace Identification

  • Navigation Controller & Anti-Collision

  • Human Machine Collaboration

  • Object Identification

  • SLAM(Simultaneous Localization and Mapping)

3D Mapping & Navigation 

Contact Us


 Most practical use cases to meet industry requirement.

Object Detection

Detection of obstacles is the key function to autonomous vehicles and other robotic application.


Map-based localization method for Robotics especially for any type of autonomous robotic vehicles using 3D LiDAR.


Simultaneous Localization and Mapping, a navigation technique used by robots and autonomous vehicles

Human Machine Collaboration

Human Machine Collaboration; humans co-work with artificial intelligence (AI) systems and other machines rather than using them as tools.


Used or designed to help prevent collisions in the field of Robotic navigation and driving environment.

3D Reconstruction

In the processing of capturing the shape and appearance of real objects with 3D LiDAR


Quality Assurance System – Strick quality management according to the international test environment and stringent lifespan test.

ISO 9001, ISO 14001


Submit your inquiry to

We’re under sales promotion event by the end of May, 2020.

We will get back to you shortly once you submit your inquiry.