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Most manufacturers do not have a shortage of plans.
They have production schedules, work orders, bills of materials, routing steps, quality procedures and promised delivery dates. Yet the moment production starts, the plan begins to drift away from what is actually happening.
A component is unavailable. An operator records consumption late. A job remains blocked at a quality checkpoint. Scrap exceeds expectations. A work order is technically complete, but the finished goods have not been received into inventory.
Sales still sees the original delivery date. The warehouse does not know when the product will be ready. Purchasing finds out about the shortage after production has already stopped. Finance sees the true cost only after the job is closed.
This is the gap a manufacturing execution system is meant to close.
Production planning answers important questions:
What needs to be manufactured?
When should production start?
What materials should be available?
Which machines and people are required?
When should the order be completed?
But planning alone cannot tell the business what is happening now.
Once a work order reaches the shop floor, manufacturers need to know:
Has production started?
Which operation is currently in progress?
What quantity has been completed?
What material has been consumed?
Has any scrap or rework been recorded?
Is the job waiting for material, labour or inspection?
Can the finished product be released to the warehouse?
Is the customer delivery date still achievable?
When these answers sit in spreadsheets, paper records or a separate shop-floor application, the rest of the organisation operates with delayed information.
A production delay is rarely confined to production.
Suppose a work order is waiting for a critical component. If that status is not visible outside the shop floor:
Purchasing does not know that the shortage has become urgent.
Sales continues to quote the original delivery date.
Customer service cannot explain the delay accurately.
The warehouse prepares for goods that are not ready.
Shipping capacity may be booked unnecessarily.
Finance continues to work with estimated rather than actual production costs.
Each department may be doing its job correctly, but the company is still making decisions from different versions of reality.
The real value of MES is therefore not simply collecting operator updates. It is connecting production activity with the decisions that depend on it.
A manufacturing execution system running within Salesforce should connect work-order activity with the wider operational process.
Production should remain connected to the sales order, customer requirement and promised delivery date that created the demand.
That allows production teams to understand which jobs are commercially urgent and gives sales teams visibility into whether customer commitments remain achievable.
Supervisors should be able to see whether a work order is planned, released, in progress, blocked, waiting for inspection or completed.
Routing information should show where the job currently sits and which operation comes next.
Materials issued to production should update inventory without waiting for manual reconciliation.
Manufacturers should be able to record:
Components consumed
Lot and serial numbers used
Scrap and waste
Material returned to stock
Substituted components
Finished quantities received
This keeps the warehouse and production teams aligned around actual stock.
WIP is often one of the least visible parts of manufacturing.
A job may have started but be waiting between operations. It may be partially complete. It may be blocked by an inspection or missing component.
Live WIP visibility helps managers identify bottlenecks before those bottlenecks become missed delivery dates.
Quality should not be a separate process that begins after manufacturing finishes.
Inspection points, non-conformance, production holds and rework should be connected to the work order and the specific material or finished product involved.
This enables the business to distinguish between something that has been made and something that is approved for fulfilment.
Completing a work order should not create another manual handover.
When finished goods are accepted, the warehouse should know:
What quantity is available
Where it has been received
Which customer order requires it
Whether quality has released it
Whether it can be picked and shipped
The transition from production to fulfilment should be part of the same operational process.
MRP and MES solve different problems.
MRP helps determine what materials are needed and whether the business is prepared to manufacture. MES controls what happens after the work order reaches production.
In simple terms:
MRP prepares production.
MES executes production.
Inventory records what is available and consumed.
ERP connects the commercial and financial consequences.
Manufacturers need these processes to work together. A good plan has limited value when actual production progress is hidden from the people responsible for customers, stock, purchasing and cash flow.
Many manufacturers already use Salesforce to manage opportunities, customers, quotes, service cases and orders.
Adding a completely separate manufacturing execution system can create another integration project. Customer demand must be passed to production, production status must be returned to Salesforce, and inventory and finance may still sit elsewhere.
A Salesforce MES approach keeps work orders, production progress, material consumption, quality, inventory and customer demand within the same platform and data model.
This does not mean Salesforce should replace specialist machine controls, PLCs or equipment-level automation. Those systems may remain essential.
The opportunity is to connect business-level manufacturing execution with the customer and operational records that already exist in Salesforce.
Before choosing a manufacturing execution solution, ask:
Can sales see production progress against the customer order?
Does material consumption update inventory promptly?
Can operators record scrap, rework and partial completion?
Is WIP visible by work order and operation?
Are quality checks connected to production records?
Can lot and serial traceability continue from raw material to finished goods?
Does production completion flow into warehouse and shipping processes?
Can finance see the cost impact of production activity?
How much integration is required between MES, CRM and ERP?
Can the system support the organisation’s approvals and permissions?
The objective is not simply to digitise the shop floor. It is to give every team a reliable view of production reality.
Manufacturing performance does not depend only on creating a better plan.
It depends on recognising when actual production moves away from that plan and ensuring the right people can respond.
When execution data is connected to customer demand, inventory, purchasing, quality, fulfilment and finance, production updates become business decisions rather than historical records.
That is the real purpose of modern manufacturing execution: not another dashboard, but a connected process from work-order release to finished-goods fulfilment.
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