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PROFESSIONAL SERVICE

MES Manufacturing Execution System

The first stage should be a product and product line certification worksheet, material, personnel, equipment, quality and completion of the warehouse closure.

Production progress and anomalies are more visible in a timely mannerHarmonization of reporting, quality and traceabilityPlan, storage, and the situation on the ground are closed.System-to-equipment interfaces are maintained on a permanent basis
MES Production Implementation Line Quality Retroactive and Equipment Integration Platform

Problems that enterprises usually face

The plan is disconnected from the implementation on the ground and the extension can only be detected ex post facto.

Unsatisfactory calibre of the workers and difficulty in matching production, hours of work and products in progress

The quality cannot be traced back to material, equipment, personnel and process versions.

Equipment interfaces and site network conditions are not exposed until they are online

Our core services

01

MES blueprint, production process and master data responsibility design

02

Worksheets, job assignments, paper reporting, work in progress and completion management

03

Process route, operational guidance, parameter collection and version control

04

The material, the process, the quality of the finished product and the unsatisfactory closed loop.

05

Batch, serial number, personnel, equipment and material retroactive

06

ERP, WMS, QMS, PLM, equipment systems integration

PROJECT DECISION PATH

Continue to judge in the context of current projects

The service boundaries, budget bases and modalities of implementation for different phases of the project are not identical and can be further assessed in conjunction with the following.

Project deliverables

The final delivery boundaries are defined according to the scope of services, the construction phase and the modalities of cooperation, and are described below as common results.

DELIVERABLEProduction processes and the MES blueprint
DELIVERABLEMES platform, site terminals and management panels
DELIVERABLESystem interface, equipment adaptation and data collection services
DELIVERABLEMain data, coding and retroactive rules
DELIVERABLEInterrupted, commissioning, performance and abnormality test records
DELIVERABLEDeployment, training, operation and transport information

How the project budget is assessed

Scope of service and business closure for the first period: MES blueprint, production process and master data responsibility design, worksheet issuance, assignment, reporting, ongoing and completion management

Level of integrity of existing codes, data, systems, equipment and documents, and scope of coverage to be audited, relocated or re-engineered

Number of third-party interfaces, coordination responsibilities, data quality, unusual compensation and external supplier cooperation

Non-functional requirements such as performance, availability, security, authority, audit, compliance and access windows

Delivery depth and long-term responsibility: interlinking, commissioning, performance and anomaly testing records, deployment, training, operation and transport of data, and quality assurance, transport of peacekeeping and continuous iterative scope

These circumstances do not recommend immediate initiation of full development.

Project objectives, responsible persons and acceptance criteria are not established

Key accounts, data, interfaces or business authorizations not available

Only the maximum price or very short cycle is sought, and the necessary tests and quality control are not accepted

IMPLEMENTATION PLAYBOOK

How MES production management systems move from demand to acceptable results

The following are used to explain the implementation methodology, the data calibre and the boundaries of responsibility, and are not used as a proxy for project judgement by functional lists.

Keywords and description of content

This page contains organizational content around real service issues such as the development of MES, implementation of MES, production management systems of MES, and manufacturing implementation systems. Keywords are used to help users and search systems identify themes, without implying a commitment to fixed effects; final scope, cycle, budget and indicators are based on project diagnosis, contract and acceptance baseline.

DELIVERY PATH

Implementation and delivery pathways

Each stage has clear objectives, participatory roles and assessable outcomes, and important decisions are not left to the end of the project.

01Select representative production lines and products
02Combination of manual and field data
03Validation of equipment interfaces and network conditions
04Construction of the first production implementation closed ring
05Test-based co-program and abnormal exercise
06Extension and continuous operation of the branch line
FAQ

FAQs

The most common issues before cooperation are clearly stated in advance.

What difference does it make between MES and ERP?+

ERP is responsible for the management of resources such as orders, plans, procurement, inventory and finance, and MES focused on worksheet execution, reporting, quality, traceability and equipment status at production sites, which are usually linked by material, worksheets and completion data.

Do small and medium-sized factories need MES?+

The process is simple, small in volume and is not built in such a way that it is manageable; a single line can be piloted when the problem of traceability, quality, delivery or product becomes operational.

Does MES have to connect to all the equipment?+

No. The first phase can be manually coded, terminal reporters can be collected in parallel with critical equipment, with priority being given to connecting equipment that affects quality, metrology and traceability.

How does the MES project receive and receive?+

Real worksheets should be used to complete the collection, production, reporting, quality check, anomalies, back-work and completion of the inventory, and to reconcile ERP, WMS and field data.

DECISION FAQ

Common issues related to current projects

Check out all 265 questions.
Enterprise management system selection, implementation and integration

What's the difference between MES and ERP systems?

ERP is responsible for managing the resources of the enterprise, including orders, procurement, inventory, plans and finances, and MES is responsible for the execution of work orders, dispatch of workers, quality, work in progress and retroactiveity at the production site. ERP answers what is planned to produce, what resources are needed, and MES records how the actual production and what is taking place at the site.

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Enterprise management system selection, implementation and integration

What do enterprises need to prepare before they implement MES?

The information need not be perfect at first, but the unknown items must be marked and validated. Operations, processes, production, quality, equipment and IT need to be co-involved, and not driven by the information sector alone.

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Enterprise management system selection, implementation and integration

What difference does it make between PLM and MES?

PLM manages product definitions and life cycles, including BOM, drawings, documents, process preparation, version and design changes; MES manages on-site execution, including worksheets, reporters, quality, products in production and traceability. PLM answers which approved version should be produced, and MES records how it is produced on-site.

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Corporate information selection, integration and data governance

How should data inconsistencies in multisystems be addressed?

The client, commodity, organization, inventory and order may be the primary responsibility of the different systems, with clear coding, calibration, synchronization and timing. Historical differences require an inventory, cleansing and manual validation, and no batch script can be used to conceal the root causes.

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