System features

The system centers on production execution and establishes unified task, status, quality, and batch data chains for workshop and production line operations.

MES

Shop-floor production execution hub

The system converts order requirements into executable work orders, breaks down work orders to production lines and workstations, and continuously records quantity, batch, quality, exceptions, and delivery status.

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01

Line-level, workshop-level positioning

Focus on planning implementation, process execution, and status coordination on the production floor, without replacing professional systems like ERP, WMS, or QMS.

02

Work order-driven plan execution

Convert delivery dates, quantities, priorities, production lines, and shifts into traceable production tasks.

03

Multi-process batch traceability

Link material batches, production batches, processes, pallets, and finished LOTs, supporting source and destination queries.

04

Quality checkpoints embedded in the process

Include incoming inspection, process checks, exception isolation, rework re-inspection, and release results in the production flow.

05

Human-machine collaborative collection

Supports manual reporting alongside device signals such as MQTT, Modbus TCP, and OPC UA.

Lightweight

Focus on core production logic for quick implementation

Avoid cramming all peripheral capabilities into one system, establishing clear boundaries to reduce project complexity, making MES faster to deploy, easier to use, and more effective.

Deployment

Fast deployment

Configure products, processes, work orders, and quality nodes unit by unit for typical production lines, first establishing a closed-loop production execution to shorten the initial go-live cycle.

Investment

Controllable investment

Focus initial scope around core production logic, reducing one-time software, interface, and data governance costs, and gradually expand based on benefits.

Usage

Easy for front-line

Designed around planners, supervisors, operators, and quality/logistics staff, with centralized information and short operation paths, reducing training and daily operation costs.

Implementation

High success rate

Clear boundaries, well-defined objects, phased validation, first developing replicable methods on representative production lines before extending to more workshops.

System boundaries

Specialized systems handle specialized tasks

MES focuses on core production logic of production lines, while warehouse, specialized quality, equipment platforms, finance, and other extended functions are handled by peripheral specialized systems; each system has its own role, avoiding making MES a bulky, all-in-one platform.

Manufacturing objects

Organize production around five core objects

The system uses manufacturing objects and their status relationships as the main line, avoiding breaking the production process into unrelated pages.

01

Product and process versions

Define products, BOMs, process steps, workstations, and standard operations.

02

Work orders and production plans

Take orders and configure quantity, delivery date, production line, shift, and priority.

03

Batches and material containers

Link incoming materials, usage, consumption, work-in-progress, pallets, and finished batches.

04

Workstations and production events

Record operator execution, reporting, machine counts, downtime, and exception handling.

05

Quality and delivery status

Connect inspection, release, isolation, packaging, logistics, and shift handover results.

Roles and scope

Same production facts serve different management responsibilities

Provide necessary information to planning, workshop, operation, quality, and logistics roles through role permissions and production organization boundaries.

01
Planning and Production Management
Maintain product versions, work orders, scheduling, capacity, and production line scope.
02
Workshop Supervisor
Check progress, load, site anomalies, downtime, and shift handover status.
03
Workstation Operator
Follow process instructions to pick up tasks, execute tasks, report quantities, and submit issues.
04
Quality and Logistics Position
Execute inspection release, batch traceability, packaging scanning, and pallet handover.

Implementation Principles

Phase implementation based on typical production line units

Start with a production line with clear product, process, work order, batch, and quality nodes; after completing the basic execution closed loop, expand packaging logistics, equipment collection, and external system integration.

01 / Scope

Specify execution targets

Determine product versions, process steps, workstations, production organization methods, and key quality access controls.

02 / Data

Unify production facts

Establish association rules among work orders, batches, materials, quantities, exceptions, and handover records.

03 / Expansion

Yield-based replication capability

Add OEE, equipment connections, ERP/WMS synchronization, and more production lines based on pilot results.

Line-level MES for discrete manufacturing