👤Customer
A leading heat treatment equipment manufacturer
📌Situation
- The overall level of informatization in the industry is relatively lagging.
- Foreign MES systems of the same type have long implementation periods, high prices, and do not accept customization.
- Production planning relies on manually compiled paper scheduling, resulting in chaotic scheduling and uncertain delivery times.
- Traditional configuration software has single functions and cannot meet the requirements of lean production.
🎯Pain Point
The heat treatment equipment manufacturing industry faces the problem of lagging information construction and low production efficiency. There is an urgent need for a manufacturing execution system that can improve the level of automated production scheduling, optimize production processes, and support dynamic expansion to meet future needs.
⏳Construction Period
Two developers, two months
✅Customer Gains
- Equipment and process models support dynamic expansion, allowing for function upgrades without downtime.
- Visualization of scheduling and advanced automatic scheduling improve efficiency several times over.
- Real-time synchronization of production status, traceability of the production process, and immediate push of events.
- Gradually realizing the vision of a future cloud factory.
⚒️ Leveraged Platform Feature
- Used platform’s dynamic template attribute mechanism to compile dynamic UI based modeling for different product, craftsmanship, equipment etc.
- Used system’s ability to define custom execution hook and schedule task(daemon process) to integrate with Opc-Ua for the control of equipment and equipment status monitoring.
- Leverage platform’s dynamic plugin mechanism to define stable business logics as Java service and support to conduct development within traditional JetBrains IDEA for better productivity and better developer experience.
🎈 Screenshots
Can refer to
- https://docs.muyan.io/zh/business/MANUAL.html for a User manual
- https://docs.muyan.io/zh/business/MES.html For a System maintain and Dynamic modeling manual.