MD-MES System
Production and Manufacturing System
Comprehensive Integrated Solution to Make Intelligent Manufacturing Easier
Product Introduction
MD-MES Production Informatization Management System
Molding MES System is based on the injection molding business-oriented thinking, managing the entire life cycle of the enterprise’s entire business process. It aims to reasonably arrange production scheduling, optimize process flow, improve product quality, strengthen workshop logistics management, reduce energy consumption, decrease inventory, and lower costs. Meanwhile, it seamlessly connects with upstream and downstream systems such as ERP, PLM, WMS, and Industrial Internet of Things, eliminating information silos and effectively improving the efficiency of production and manufacturing operations and informatization management.
Core Function Modules
Production Planning and Scheduling
1.Receive ERP production plans and decompose them into workshop tasks 2.Conduct intelligent scheduling based on constraints such as equipment capacity and material supply 3.Support dynamic adjustment of production sequence and priority
Production Process Monitoring
1.Real-time collection of equipment status, production progress and quality data 2.Visual display of production workshop operation status 3.Automatic alarm and push for abnormal situations
Quality Management
1.Quality data collection and analysis throughout the production process 2.Digital management of quality inspection standards 3.Defective product traceability and processing process tracking
Equipment Management
1.Monitoring of equipment operation status 2.Formulation and execution of equipment maintenance plans 3.Equipment failure recording and cause analysis
Material Management
1.Production material requirement planning 2.Material distribution tracking 3.Real-time update of inventory status
System Features
real-time
Achieve second-level collection and response of production data
Visualization
Provide intuitive production dashboards and reports
traceability
Completely record the data of the entire production process
Flexibility
Support multiple modes such as discrete manufacturing and process manufacturing
System Module Diagram
Application Value
Increase equipment utilization rate
Reduce work-in-progress inventory
Improve product quality consistency
Shorten production cycle
Achieve transparent management of the production process
Service Commitment
Pre-sales Service Process
1.Demand research and proposal development. Conduct research to understand the company’s current status and future development strategy, clarify functional planning requirements for the factory, and develop targeted factory layout planning solutions.
2.Business negotiation and contract signing. Budget quotation + business negotiation confirmation; contract terms drafting + contract communication and signing.
3.Planning and project monitoring. Submit implementation results in stages: new plant planning functional division, large logistics flow design, production mode optimization, capacity design, warehouse configuration planning, etc. Conduct confirmation of planning results.
4.Implementation guidance and continuous follow-up. Provide guidance for the implementation of planning solutions and follow-up services.
01-Project Initiation
Project Scope
Project Organizational Structure
Project Technology
02-Requirements phase
Define user requirements
URS/RTM/RAM
Project plan
Validation plan
Deliverables list
03-Design phase
PS
DS(IDS/HDS/FDS)
Test plan and procedure
DQ
04-Implementation phase
Development environment
Test environment
Production environment
Implementation records
Issue tracking
Change and deviation handling
Internal testing
C&Q
05-Acceptance Phase
Operating Environment
System Import
User Training
Test Records
FAT(IQ)
SAT(OQ)
06-System Go-Live
Sign Off
System Handover
Document Delivery
Maintenance and Technical Support
Project Quality Assurance
Project Quality Control
Project Team Consultant Expertise Guarantee
After-sales Service Guarantee
Turnkey Project
24/7 After-sales Service
Additional Services
