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WCS (Warehouse Control System)

An integrated control solution that supports efficient warehouse operations by interfacing with automation equipment used in logistics warehouses.

Solution

WCS (Warehouse Control System)

Key Features

Provides integrated control over the entire logistics processes, from inventory and location management to order processing, equipment control, real-time monitoring, and system linkage
  • ERP/MES
    ERP/MES
  • WMS
    WMS
  • Conveyor Band/Belts
    Conveyor
    Band/Belts
  • Robotic Arm
    Robotic
    Arm
  • Shelf Unit
    Shelf
    Unit
Machine
Control

WCS

Monitoring
  • Stock / Location
    Management
  • Real-time Monitoring
Management
  • Order Management
  • Integration / Communication
Control
  • Equipment Control
  • Optimization
Stock / Location
Management

  • Zoning and management based on product characteristics

  • Management of product location and inventory levels

Real-time Monitoring

  • Real-time monitoring of logistics equipment status

  • Real-time updates on transport, inventory, and key performance indicators (KPIs)

Order Management

  • Order list and status management

  • Optimized order allocation based on task characteristics

Integration / Communication

  • Warehouse and product master data

  • In/outbound request and processing information

Equipment Control

  • Provision of standardized equipment interface specifications

  • Equipment control to enhance operational efficiency

Optimization

  • Bottleneck management in logistics transport

  • Optimal route management and rule-based task allocation

Solution Advantages

A modular design based on an optimized platform ensures both flexibility and scalability.
Optimized Development Platform

  • Open architecture for seamless integration

  • Modern IT platform based on Java

  • Web-based UI platform

  • Integrated development environment and web deployment for customization

Flexibility Through Functional Modularization

  • Functional modularization based on SEMI / SEMATECH standards

  • Support for additional custom modules

  • Standardized interfaces for automated transport equipment such as automated warehouses, AGVs, AS/RS, and conveyors

Scalability through Extended Development Features

  • Support for various communication protocols including Web Service, TCP/IP, HTTP, and TIB/RV

  • Support for extended database features such as custom columns and custom tables

  • Support for implementing business logic extensions based on rule-based systems

Expected Benefits

Warehouse Logistics Optimization

  • Ensured data integrity and task execution through WMS and logistics equipment interfaces (I/F)

  • Optimized task allocation based on equipment availability and proximity

  • Integration with replenishment processes based on inventory levels

Warehouse Operation Efficiency

  • Improved operational efficiency through warehouse data analysis

  • Enhanced equipment efficiency through maintenance and performance management of logistics equipment

  • Cost reduction and improved logistics lead time through route optimization

Improved Work Accuracy and Quality

  • Minimized operational errors (e.g., mispicking, misclassification) by integrating with scanners, sensors, weight scales, and other devices

  • Enhanced quality reliability through accurate labeling and precise quantity measurement

Reference

Semiconductor(Back-End Process)
Requirements

  • Transport system establishment and logistics target selection reflecting transport priority and current transport status by line

Key Achievements

  • Real-time transport target selection and transport system establishment through integration with other systems (e.g., MES)

Solar Power
Requirements

  • Integrated transport between tandem cell lines and existing production lines

Key Achievements

  • Integrated transport system establishment