Performance

• 2020

  Developing and building software to colle-ct real-time production data, aimed at esta-blishing a Cyber-Physical System (CPS) for the injection molding process.

  Project for Company 'I' in Gumi-si, Gyeongbuk

  Established a data network (Hard-Wiring) between each equipment unit and the data collection server.

  Collected, sorted, and processed key production information, then transmitted it to a higher-level integrated database (DB).

  Designed and implemented a data flow for process information tracking (LOT Tracking) of manufactured goods.

  • 
  • 

  • Data Collection Network
  • Process Information Tracking Flowchart
  • Logistics Transfer Tracking
• 2021

  Implementation of Logistics Control System
  (MCS) Engine

  Project for Company 'A' in Daegu

  Logistics transfer management and equipment interface for AGV-applied automation lines

  • Equipment Unit for each process / Collaborative Robot-Mounted AGV (from L Corp, Korea)
  • 
  • 

  • Logistics Control System (MCS) Engine & Equipment I/F UI
  • Process Flow Analysis / Logistics Management System Design
  • Logistics Control System (MCS) S/W Architecture Design
• 2022

  System Software for Remote Control of EMC Test Chambers and Radio Wave CharacteristicAnalysis

  • 
  • 
  • 

  • 
  • 
  • 
• 2024

  Logistics Transfer/Integrated Control System based on Autonomous Mobile Robots (AMR)

  Implementation of a logistics environment for customer promotion and in-house testing

  Enables integrated testing of process operation models for Autono-mous Mobile Robots (AMR).

  Integration of interfaces between various unit facilities within the process.

  Establishment of a test environment for AMR logistics transport and integrated control.

  • Establishment of a Platform Test Environment (Headquarters)
  • 
  • 

  Development of a Mobile
  Collaborative Robot Platform

  Development of an autonomous mobile collaborative robot applicable to autonomous manufacturing and flexible production environments

  Omnidirectional movement mechanism / Linkage with 3D vision based multi-joint collaborative robots

  • 
  • 

  AMR 3D Visionary Safety Unit

  Image Processing I/F (Interface) Software for a Mobile Robot's Safety Detection Range During Operation

  • 3D Image Recognition Test
  • 

  • 
  • 

  • Vision Camera
  • Software (S/W) Operation Test
  • Driving and Functional Verification Test
• 2025~

  Assembly Line Automation Based on Articulated Robots

  • 
  • 

  Articulated Robot & Conveyor System
  Automated Assembly Line for Smartphone Cases

  • 
  • 

  Micro-Drill Bit Re-sharpening Equipment for PCB Processing

  Development of PC-based Inspection/Control Systems

  Supplied to affiliates of Company 'Y' (Korea) and FOXCONN (China)

  • 
  • 
  • 

  Position Synchronization Control
  & Vision-based Coordinate Correction for 3-Axis Aligners

  • 
  • 

  Development of an Autonomous Mobile Robot (AMR) Platform for Logistics and Material Handling

  Multi-purpose industrial Autonomous Mobile Robot applicable to small and medium-sized manufacturing sites

  Ensures technical reliability by using a commercial navigation controller (ANT lite+ by Bluebotics), providing easy integration with industrial interfaces and satisfying industrial safety regulations.

  • 
  • 

Technology ;
The great growing engine of change