ZunXin

Integrated Solution Optimized for AMHS

MCS is specifically designed for AMHS in semiconductor factories.
It integrates key subsystems such as OHT, Stocker, and OHB into a unified platform,
enabling real-time tracking of complex transport processes and providing a comprehensive
overview of all system statuses at a glance.

Real-Time Monitoring and Operational Optimization

The MCS offers real-time monitoring and control of OHT transport efficiency, Stocker inventory levels, and OHB status.
This ensures maximum stability and efficiency in process operations.
All process data is collected in real-time to support rapid and informed decision-making.

Cutting-Edge Solution for OCS Control

The OCS is a critical system for efficient OHT vehicle operations.
It dynamically adjusts travel routes and task assignments in real-time, providing
a comprehensive overview of the status of all equipment.

Real-Time Monitoring and Operational Efficiency

The system monitors the status and location of OHT equipment in real-time, offering optimal routing
and task allocation based on operational needs.
This maximizes the stability and efficiency of logistics within semiconductor factories.
All operational data is collected in real-time, supporting swift and informed decision-making.

Smart Stocker Management Solution

The SCS is an optimized operational solution for stocker equipment in semiconductor factories, offering precise control
and enhanced efficiency that sets it apart from traditional systems.
It enables real-time monitoring of inventory status and optimizes material flow to maximize equipment utilization.

Optimizing Efficiency with Real-Time Inventory Management

The SCS provides a comprehensive view of inventory and equipment status in real-time, improving the
efficiency of logistics operations within the factory.
It offers intuitive insights into inventory loading and movement, enhancing process visibility and
supporting rapid decision-making.

Advanced Solution for LCS Control

The LCS system plays a critical role in Lifter inter-floor transport processes,
ensuring safe and efficient handling and placement operations in real time.
It provides a comprehensive view of the status of all systems at a glance.

Real-Time Monitoring and Operational Efficiency

• Real-Time Data Collection and Control
• Efficient Decision-Making Support
• Operational Optimization

LCS offers real-time monitoring and control of transport efficiency, material locations, and status updates.
This maximizes operational stability and efficiency in the process.
All process data is collected in real time to support fast and informed decision-making.

Advanced Solution for AGV Control

The ACS system plays a critical role in AGV transport processes, enabling real-time
coordination of safe and efficient transport and placement operations while
providing a comprehensive overview of all system statuses.

Real-Time Monitoring and Operational Efficiency

The ACS provides real-time monitoring and control of transport efficiency, vehicle locations, and system statuses.
This maximizes the stability and efficiency of process operations.
All process data is collected in real-time to support fast and informed decision-making.

Efficient Real-Time 3D Monitoring System

An advanced monitoring system designed to provide a comprehensive view of the entire AMHS.
It allows intuitive tracking of material flow and equipment status, enabling real-time monitoring of
alarms, statuses, and distribution updates for swift responses.
The system visualizes key metrics such as overall status, movement frequency, utilization, and
operational rates through graphs, ensuring clear insights into process efficiency at a glance.

UI Optimized for Factory Environments

Designed for ease of use and readability, even in complex semiconductor processes.
The interface is customizable to fit various work environments, providing consistent components
across diverse KPI graphs and dashboard data.
This supports operators in efficiently monitoring overall factory operations.

3D Simulation System with Physics Engine

VOS is a system that verifies the OCS and VCU connected to virtual OHT vehicles. It controls and monitors vehicle movements, detects and prevents collisions or operational failures, and enhances efficiency and safety in the AMHS environment. Additionally, VOS simulates and analyzes real OHT behavior in a virtual environment to optimize operations.

Configured with real S/W and H/W, completely unlike other simulators

General simulators, such as Auto MOD, cannot interact with actual S/W and H/W. VOS verifies the interaction between OCS and VCU through virtual vehicles, enabling system validation under conditions similar to a real FAB environment.