Repetitive manufacturing
Reuse common operations and instructions for repeated builds, while keeping the applicable product configuration visible.
Scope to establish
Which work is standard, and what changes between variants or lines?
Manufacturing Process ManagementPlan the build.
Plan the build.
Connect the work.
Bring the product definition into the way it will be made. Connect manufacturing structures, operations and instructions before the work reaches production.
Explore the planning workflowThe manufacturing definition starts before productionDesign the product.
Design the product.
Define how it gets built.
Manufacturing process management (MPM) connects a product’s engineering definition to the information needed to build it. Manufacturing engineers establish the build structure, the work sequence, required resources and supporting instructions while the product is still being developed.
- Product
- What is being made
- Process
- How the work is organized
- Resources
- What the work needs
The central question is practical: how will this product be made in this production setting? Keeping the manufacturing plan associated with the design gives both teams a common reference for reviewing preparation and change. Performing the production work and recording actual results remain responsibilities of the configured execution environment.
One planning discipline, different production patternsDifferent production patterns.
Different production patterns.
Different planning questions.
Begin with the way production flows. Repetition, product individuality and material continuity create different planning questions. Use these patterns to scope the information model rather than assuming that one application runs every type of production.
Discrete manufacturing
Relate an assembly’s manufacturing structure to operations, consumed parts, tools and supporting documents.
Scope to establish
How will the engineering structure be transformed into a usable build plan?
Custom manufacturing
Adapt planning around a specific order or low-volume product without losing the reusable knowledge behind the work.
Scope to establish
Which steps are reusable, and which require a customer-specific review?
Continuous process manufacturing
Examine continuity, material flow and the information exchanged with specialist process systems.
Scope to establish
Define the boundary between PLM records and process control; do not assume recipe or control-system execution.
Batch process manufacturing
Identify the product and process variations that distinguish one planned run from another.
Scope to establish
Confirm recipe, batch genealogy and execution needs with the relevant specialist applications.
Production pattern · Planning emphasisConfirm fit for the selected manufacturing model, Windchill applications and downstream systems. The product examples on this page focus on discrete parts, assemblies and their planning records.
Find the planning gap before choosing the toolFind the gaps.
Find the gaps.
Before they reach the line.
A new system cannot resolve an unclear manufacturing responsibility on its own. Identify where knowledge, change or ownership becomes difficult to maintain, then define the planning work that needs attention.
Plan the PLM architectureKnowledge concentrated in a few people
Experienced planners may carry setup and exception knowledge that never reaches the instruction. Agree what must be captured and who will maintain it.
Materials or suppliers change
A substitution can affect more than the parts list. Review tooling, operations and supporting guidance before treating the alternative as ready for production.
A second plant needs a different plan
Common products can still require different resources and local practices. Separate shared planning knowledge from plant-specific decisions.
Investment is hard to evaluate
Choose a recurring preparation problem and establish the current effort or rework involved. Use that baseline to assess value instead of assuming a software purchase creates an outcome.
Systems disagree about ownership
When PLM, ERP and MES use different identities or release expectations, a handoff can fail even when each record looks complete. Assign responsibility for mappings, responses and exceptions.
Evaluate outcomes through the way your team worksBetter preparation.
Better preparation.
More informed decisions.
A maintained manufacturing definition gives teams a better basis for preparation and review. These outcomes depend on the quality of the planning data, the people maintaining it and the interfaces in the selected environment.
More reviewable records
Retain the relationship between product, plan and released supporting information so reviewers can reconstruct the basis for a manufacturing decision. This supports audit preparation; it does not establish compliance on its own.
Less avoidable preparation effort
Find reusable planning content and resolve missing resource information earlier, reducing the need to recreate the same work for each build.
A stronger quality discussion
Connect intended work and inspection references before release so manufacturing and quality teams can review what the plan asks people to do.
Fewer information-related interruptions
Make the applicable plan and supporting instruction easier to identify. Distinguish missing or ambiguous guidance from equipment and execution issues.
More deliberate expansion
Extend common planning knowledge to another product or plant while identifying the local differences that still need ownership.
A clearer change trail
Relate manufacturing information to the product definition so the team can investigate which plan was affected and why it was updated.
From the product design to a usable factory planEngineering intent.
Engineering intent.
Manufacturing context.
An engineering model tells a team what a product is. It does not, by itself, tell a particular factory how to build it. PLM keeps the design and manufacturing plan related so teams can review the effect of a change without treating the two views as identical.
One pump assembly. Two different questions.
Illustrative planning exampleEngineering definition
What are we making?
Engineering defines the pump’s components, how they fit together and the drawings or models that describe them. This is the product reference manufacturing starts from.
- Product structure
- The pump’s parts and their assembly relationships.
- Design records
- The models, drawings and supporting specifications.
- Applicable configuration
- The product version or variant being planned.
Manufacturing definition
How will this plant build it?
Manufacturing engineers organize those parts for the plant, define the work and identify the resources and guidance needed. A parts list alone does not describe this preparation.
- Build structure
- The manufacturing view of the pump’s components.
- Operations and resources
- The work sequence and the tools or work centers it needs.
- Instruction references
- The controlled guidance associated with the planned work.
Why keep the two views connected?
Suppose an engineer changes a pump component. The manufacturing team needs to check whether the build structure, operation or instruction references also need to change. PLM maintains the relationships that support this review; it does not mean every change is automatically approved.
Prepare the information for the person using itThe right context.
The right context.
For the person doing the work.
A planner, reviewer and production user need different views of the same manufacturing context. Define the task first, then decide which configuration, instruction and related information that person should receive.
Explore task-based product access
- For the manufacturing engineer
- Bring the selected assembly, parts allocation and resource requirements together while defining the operation.
- For the plan reviewer
- Show the affected configuration, changed planning content and supporting references needed for a release decision.
- For the receiving team
- Agree the instruction representation, access route and update behavior at the point of use, including how an outdated copy is identified.
Product foundation and manufacturing applicationOne product foundation.
One product foundation.
A connected manufacturing plan.
Windchill provides the product-data environment; MPMLink extends it with manufacturing planning records. Scope the platform, applications and integration together so the plan has an engineering reference and a defined route to the receiving systems.
Windchill
Govern the product information
Maintain product records, versions, relationships and access within the configured PLM environment.
Windchill MPMLink
Develop the manufacturing definition
Relate manufacturing structures, plans, operations and resources to the engineering information.
Configured enterprise interfaces
Publish the agreed planning scope
Define supported objects, mappings, release behavior, responses and exception handling with the target environment.
Applications, entitlements, supported object types and interfaces vary by release and configuration. Scope the planning application and downstream integration explicitly.
The working capabilities behind the planStructure. Instructions. Change.
Structure. Instructions. Change.
Put the plan to work.
Use the capability map to connect a manufacturing requirement to the records and relationships it needs. These are planning and information-management functions; production execution is a separately scoped responsibility.
Structure the build
Explore BOM relationships- Manufacturing BOM and process planning
- Develop the manufacturing view and connect it to routings, operations and allocated parts rather than leaving the work sequence in an unrelated document.
- Associative EBOM–MBOM relationships
- Use equivalent links and reconciliation to review differences between related structures. Association supports review; it is not evidence that every change is automatically accepted.
- Plant-specific master data
- Represent applicable plant views, identifiers and local manufacturing information while identifying which content remains shared.
Describe the work
Explore PTC Product View- Manufacturing digital representation
- Relate product, process and resource information for planning review. Simulation or validation needs must be checked against the selected tools and model fidelity.
- Visual work instructions
- Bring plan data together with documents, drawings, images and applicable annotations. Configuration, effectivity and assembly context determine the intended instruction content.
- 3D visualization
- Review manufacturing product structure with the supported PTC Product View capabilities and publishing setup.
Maintain the connection
Explore product variants- Change and configuration management
- Review product changes against affected manufacturing records, variants and instructions within the applicable release process.
- Enterprise publication
- Publish supported manufacturing objects to agreed ERP or execution targets through the chosen interface. Mappings, error handling and any return flow require configuration.
- Reusable planning across plants and variants
- Reuse standard planning knowledge while maintaining the differences in operations, resources and applicability for the receiving setting.
Review the preparation before extending the approachStart with one assembly.
Start with one assembly.
Prepare for the next plant.
A useful ramp-up discussion makes the unresolved manufacturing questions visible before the first broader rollout. Review a representative assembly, test the information handoff and agree what the team needs to learn from the initial scope.
- Review one build context
- Choose an assembly and plant that expose the important planning relationships without making the first scope unmanageable.
- Exercise the release and handoff
- Confirm what the receiving system gets, how a response is reviewed and who resolves a rejected or incomplete publication.
- Agree the learning criteria
- Compare preparation effort, missing information or change-review problems with an agreed baseline before expanding the implementation.
Apply the discipline to a real product situationDifferent production settings.
Different production settings.
A plan that fits the product.
Manufacturing planning takes its shape from the product and production setting. Use a representative build to identify the information that must pass from engineering into preparation.
Electronics & High-Tech
An electronics build can combine board handling, enclosure assembly and supporting inspection references. Relate the relevant parts and resources to the operation where they are needed.
Which configuration and instruction references belong with this assembly operation?
Aerospace & Defense
A complex assembly may require program-specific tooling and process references. Keep the applicable manufacturing definition recognizable throughout preparation.
Which product configuration and resources is this plan intended to support?
Industrials
A machine built in more than one plant may share product structure while using different fixtures or work centers. Identify those local planning decisions explicitly.
What stays common, and what must change for the receiving plant?
Clarify the manufacturing scopeManufacturing questions.
Manufacturing questions.
Prepare the engineering handoff.
Use these distinctions to frame the process, software and integration decisions around your team.
How is a process plan different from a manufacturing BOM?
A manufacturing BOM describes the manufacturing product structure. A process plan describes the work, sequence, operations and associated resources needed to produce or assemble it. Allocating parts to operations connects what is needed to where it is used.
Does MPMLink replace MES or run the manufacturing work?
MPMLink defines and manages the manufacturing plan and its requirements. MES or another configured execution system carries out the production workflow and captures execution data. Define the interface and responsibilities for the selected environment.
What determines the content in a generated work instruction?
The selected process plan and its related information provide the content. Configuration specifications, option rules, effectivity and assembly context can determine which operations, parts and supporting documents appear. Review the intended output and publishing setup for the selected release.
Can different plants use different manufacturing plans?
Manufacturing planning can represent plant-specific structures, information and resources. Decide which planning content is shared, which is local and how variants or changes are reconciled. The implementation depends on the selected data model, applications and permissions.
Is ERP or MES integration included automatically?
The systems, supported objects, mappings, release rules and response handling need to be scoped. Windchill ESI and ERP Connector support defined publication capabilities; two-way transactions and specialized behavior may require additional configuration or customization. Confirm licenses and release compatibility as part of that scope.
Connect engineering to the manufacturing planBring the build.
Bring the build.
Define the next step.
Show us where product information becomes difficult to turn into manufacturing work.
We’ll help frame the planning records, responsibilities and connections your team needs.