Why has MES in factories become a necessity?

Many manufacturing companies struggle with whether it is necessary to launch an MES manufacturing execution system when promoting digital transformation. Simply put, MES can sort out and integrate the scattered original production data in the workshop and transform it into practical reference data that managers can use. From the entry of raw materials into the factory, to the processing of parts, the assembly of finished products, and the packaging of goods out of the warehouse, the entire process data can be traced. Relying on transparent production data, the factory can rationally allocate human, machine, and material resources, shorten production delivery times, and truly increase equipment utilization and production profits.

In fields such as automotive electronics, AI computing power supporting equipment, consumer electronics, and automation equipment that are strongly subject to industry regulations, product traceability and compliance quality inspection are mandatory requirements. Relying on MES to solidify standard operating procedures and retain production ledger data throughout the entire process, once product defects occur, the problem batch can be quickly located and recall processing can be accurately initiated. In the current manufacturing environment, MES is no longer an optional icing on the cake, but an indispensable core carrier for the implementation of workshop digitalization, lean production, and full-process quality control.

MIJOINT Intelligent Technology’s self-developed intelligent manufacturing management and control platform relies on the mature MES underlying architecture. After implementation, it can help the factory implement four core operational capabilities: First, global production visibility, the real-time working conditions of the entire production line, each workshop section, and a single production equipment are clear at a glance, and production dynamics can be grasped at any time; The second is collaborative scheduling of the production line, which synchronizes key data such as planned production capacity, actual output, and equipment availability status in real time, allowing managers to quickly adjust resource allocation to match the on-site production rhythm; The third is full-link quality traceability, the entire system shares a unified production database, and retains records of the entire life cycle of products from production to completion, which facilitates compliance review and quickly locates the source of problems when defects occur; The fourth is long-term iterative optimization and continuous collection of OEE Key data such as overall equipment efficiency, production rhythm, downtime, and production line mold change time can accurately identify production blockages and implement lean improvements step by step.

1. Supporting automated production lines, MES empowers precision connector production

Precision connector production has strict control standards for process repeatability and dimensional accuracy, especially for miniature high-density connectors inside automotive electronics, communication equipment, and industrial control devices, where tolerance control scales are extremely small. Relying on traditional manual assembly operations, it is difficult to maintain long-term stable processing accuracy, and it is extremely susceptible to dimensional deviations affected by the operator's condition.

Nowadays, the industry's mainstream automated connector production lines, equipped with servo drives, precise positioning mechanisms and intelligent process control, can stably maintain assembly accuracy for a long time, avoid problems caused by manual fatigue and inconsistent operating techniques, and are just right for high-standard production needs such as precision terminal crimping and electrical docking.

At the same time, the automated production line adapts to the demand for uninterrupted mass production around the clock, stabilizing production capacity while reducing the defective rate. In an environment where the volume of corporate orders continues to increase, the combination of automation and MES digital control is the key for companies to control labor and quality control costs and stabilize market competitiveness.

2. MIJOINT Intelligent MESCore highlights of the system: multi-device compatibility, breaking data silos

The biggest feature of the MIJOINT data management and control system is its strong adaptability, which can be connected to various automation equipment in the workshop to create a unified data center. Breaking the previous information barriers where the data of each equipment was independent and unable to communicate with each other, the equipment operation data of the entire factory was collected and organized in a unified manner, and a workshop digital management model of "large-screen overview, on-demand work dispatch, and instant notification of exceptions" was implemented. Relying on massive on-site equipment data, it helps improve on-site production from three dimensions:

1. Full-dimensional production capacity tracking to improve quality and efficiency. The system counts planned output and actual completion data according to hours, teams, and natural days. The dashboard intuitively displays yield trends and quickly locks defective high-prone stations; it simultaneously summarizes various types of shutdown data and categorizes failure triggers to facilitate targeted rectification and improvement.

2. Equipment status is intuitively displayed to ensure continuous production. Red, green and yellow status markers are used to distinguish the four working conditions of equipment operation, standby, failure and maintenance. Key equipment operating parameters are refreshed in the visual interface in real time. Managers can grasp the real status of the equipment without inspecting each site one by one.

3. Abnormal early warning, from post-event emergency repair to pre-emptive prevention and control. When equipment parameters exceed standards, sudden production line failures, or signs of batch defects appear, the system will provide multi-channel early warning through on-site large-screen pop-ups, sound and light reminders, and message push. All alarm information is archived in a unified manner, and can be traced back according to equipment number, occurrence time, and failure type.

3. Two sets of floor-to-ceiling interfaces, adapted to the workshop site and office management respectively

Based on the actual factory operation scenario, MIJOINT splits the entire MES system into an on-site operation terminal and a back-end management terminal to meet the needs of front-line operators and corporate managers respectively.

Scenario 1: Workshop on-site operation dashboard (used on the front line)

It focuses on real-time data display, rapid abnormal warning, and on-site implementation. After implementation, paper documents will be eliminated to create a paperless production workshop.

Real-time follow-up of production progress: use charts + numbers to display the day/shift plan and actual production capacity in real time, down to the hourly output of a single piece of equipment and a single team;

Real-time picture of equipment + Fault reminder: Online synchronization of the machine production screen, rolling fault information broadcast, and full-screen highlighting of major shutdown faults;

To-do and trend warning board: Summarizes warning information such as continued decline in production capacity, equipment maintenance expiration, and simultaneously follows up on the progress of technical transformation and rectification projects.

Scenario 2: Backend Management Cockpit (Enterprise Decision Analysis)

Prefers long-term data summary and multi-dimensional data analysis to provide data support for enterprise business decisions.

Capacity and efficiency statistics: automatically generate daily/weekly/monthly OEEEfficiency charts compare target production capacity with actual achieved data;

Horizontal benchmarking of multiple production lines: Bar charts visually compare the production capacity, yield rate, and production rhythm differences of different production lines and different teams;

Downtime detailed ledger: Automatically summarize the downtime of each machine and the time it takes to change molds, and the data can be exported and archived to facilitate the engineering team to reduce ineffective downtime and optimize work-in-process inventory.

4. Overall advantages of the system

The entire system adopts an integrated data architecture. On-site execution data and background analysis data are taken from the same data source, ensuring that the entire factory has unified data caliber and no information deviation. The system is natively equipped with three operating languages: Chinese, English, and Spanish, and is suitable for collaborative work in domestic factories and overseas branches in Mexico, Europe, and Southeast Asia, facilitating the global production layout of enterprises.

If you want to build a digital smart factory, the MES system that adapts to the production line is the only way to go. Not only can paper ledgers be eliminated, the entire process be paperless, and products can be traced throughout the entire chain, but it can also rely on data to optimize production and enhance the company's ability to negotiate prices and support the supply chain. If you need to refine the solution, MIJOINT Intelligence can customize the modular MES configuration and equipment docking solution based on the current situation of the enterprise's production line, and rely on digital signage to intuitively display the results of workshop optimization.

Summary of frequently asked questions

Q1: What is the MES system specifically?

MES is a management platform that coordinates workshop production execution, helping production managers handle production problems based on real-time on-site data and scientifically coordinate the entire manufacturing process.

Q2: Which industry has the highest revenue from launching this MES?

Automotive parts, AI supporting cable connectors, consumer electronics, automation equipment manufacturing and other high-precision, large-volume, full-link manufacturing companies that require data traceability have the highest degree of adaptability.

Q3: How does MES help quality control and meet industry compliance?

The system solidifies standardized operation steps and retains production files throughout the process to meet regulatory audit requirements; it captures yield changes in real time, intercepts batch defects early, and reduces raw material losses.

Q4: Does the system support real-time collection and data analysis?

The system shares a unified database, and the on-site data in the workshop is instantly synchronized to the large production screen. The background management terminal accumulates historical data for monthly and quarterly trend review.

Q5: How to rely on MES for predictive equipment maintenance?

The system continuously records equipment start-stop, faults, and various operating parameters to form a complete equipment