Manufacturing Execution System (MES)

The MES intelligent manufacturing execution system focuses on refined management of the production process, covering multiple levels including process flow management, planning and scheduling, shop-floor operations, material management, and quality control. By integrating with production equipment, it collects production data in real time, provides a reporting center and a dashboard, and achieves transparency and traceability throughout the production process, ensuring efficient execution of production plans.

Classification:

Detailed

Product Introduction

The MES, or Manufacturing Execution System, focuses on granular management of the production process, encompassing process flow management, planning and scheduling, shop-floor operations, material management, quality control, and more. By integrating with production equipment, it captures real-time production data and provides a reporting hub and a dashboard portal, enabling transparency and traceability throughout the manufacturing process and ensuring efficient execution of production plans.
 

Manufacturing Execution System (MES)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Key Focus Areas of On-Site Manufacturing Management in Electronic Assembly MES

 

* Laser engraving machine
PCB Unboxing/Work Order Management: 1. PCB Vendor, 2. PCB Part Number, Date Code, Lot Number, 3. PCB Unboxing Time (from unboxing to end of production control)
* Printer
Solder Paste Management and Printing Tool Control: 1. Control of solder paste types and their shelf‑life for on‑line use; 2. Control of stencil plate types and the cleaning cycle for stencils; 3. Control of squeegee types and their maintenance and cleaning schedule.
* SPI
Statistical analysis of test system data: analysis of SPI defect causes and defect location statistics (SPI supports data export).
* Chip mounter, universal pick-and-place machine
Material error-proofing and traceability management for pick-and-place machines: 1. Material‑feeding operation comparison and control; 2. Material‑replenishment operation mandatory comparison and control; 3. Machine‑program and work‑order scheduling control; 4. Machine locking in case of abnormal status (equipment shutdown); 5. Product traceability and query.
SMT Operation Intelligent Assistance and Early Warning Mechanism: 1. Material change alert for production line equipment programs; 2. Intelligent shutdown warning when equipment is out of materials; 3. Intelligent shutdown warning upon reaching the maintenance threshold for feeder usage; 4. Material shortage alert.
* Pre-furnace AOI, Post-furnace AOI
Test system data statistical analysis of AOI defect causes and defect location statistics (AOI supports data export).
Reflow
PCB solder paste printing time logging and pre‑furnace shelf-life control (to prevent the solder paste on PCBs from remaining on the production line longer than the specified time limit, which could lead to soldering quality issues)
* Plugin machine
Component Material Registration and PCB Bill of Materials Binding
* Wave soldering
Wave Soldering Defect Registration and Management
* Assembly
Assembly Material Registration and PCB Material Binding
* Functional testing
Functional Test Defect Registration and Management

 

Keywords:

Software

Manufacturing Execution System (MES)

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