Teleoperation Avatar Robot

Teleoperation refers to the technology that allows a person to remotely control and operate a robot or machine from a distance.
An avatar robot consists of a master robot and a slave robot, which communicate with each other and mimic the movements of the master robot.
This technology can be applied to industrial sites, enabling robots to perform tasks in hazardous industrial environments from a safe location.

AI-Based 3D Scan Automatic Inspection

This is Korea's first 3D non-contact automatic inspection system that combines 3D scan automatic inspection technology, robot automation technology, and AI technology.
This system is an AI-based 3D scan automatic quality inspection system that uses AI technology to recognize parts and control the robot arm to collect and inspect optimal 3D scan data.

CO2 Automatic Welding Robot System

This CO2 automatic welding system combines CO2 automatic inspection technology and robot automation technology.
This system utilizes collaborative robots to automate CO2 welding tasks performed by human operators. It is a cost-effective automatic welding system optimized for small and medium-sized enterprises facing labor shortages and limited capital.

Automatic Welding System Features

Outstanding Performance and Price Competitiveness through Optimal Components

By utilizing the best core components and developing a system that focuses on reasonable pricing, we have achieved high price competitiveness.

• Rainbow Collaborative Robot
• CO2 Welder

Best Technology and Performance

Existing Technology	CO2 Automatic Welding System
CO2 Welding with Industrial Robots Robot teaching is difficult and time-consuming High risk of safety accidents	High system construction costs Excessive equipment investment and large factory floor space requirements Safety equipment required to prevent robot-related accidents
CO2 Work with Collaborative Robots Robot teaching is very easy, and the work time is much shorter than for industrial applications Significantly lower risk of safety accidents (collaborative work with workers possible)	Low system construction costs Relatively low equipment investment and factory floor space requirements No safety equipment required

Laser Automatic Welding Robot

This laser automatic welding system combines laser automatic inspection technology and robot automation technology.
This system automates laser welding tasks using collaborative robots instead of human labor. It is a cost-effective automatic welding system ideal for small and medium-sized enterprises facing labor shortages and limited capital.

Automated Welding System Features

Outstanding performance and competitive pricing through optimal component application

Highly competitive pricing achieved through the application of top-of-the-line core components and the development of a system focused on reasonable pricing.

• Rainbow Collaborative Robot
• Laser Welder

Best Technology and Performance

Existing Technology	Laser Welder System
Laser Welding with Industrial Robots Robot teaching is difficult and time-consuming High risk of safety accidents	High system construction costs Excessive equipment investment and large factory floor space requirements Safety equipment required to prevent robot-related accidents
Laser Work with Collaborative Robots Robot teaching is very easy, and the work time is much shorter than for industrial applications Significantly lower risk of safety accidents (collaborative work with workers possible)	Low system construction costs Relatively low equipment investment and factory floor space requirements

Product Transfer Robot System

This automated product transfer system integrates robot automation, robot gripper, and tool changer technologies.
This system utilizes collaborative robots and grippers to automate parts transfer, eliminating the need for manual labor. This cost-effective automated transfer system addresses labor shortages and reduces costs.