Manufacturing Process Management (MPM)
Design anywhere, manufacture anywhere: Ensure a seamlesManufacturing process management connects engineering and manufacturing through a Digital Thread to improve process planning, increase flexibility, and accelerate time-to-market.s flow of information between engineering and manufacturing.
What is Manufacturing Process Management?
MPM is a PLM-based discipline that enables concurrent engineering, allowing manufacturers to manage and optimize how products are built—from early process planning through production execution. MPM creates a connected digital thread between engineering, manufacturing operations management (MOM), and the shop floor to ensure accurate, up-to-date manufacturing data is available at every stage.
By leveraging a Manufacturing Digital Twin, MPM allows teams to virtually validate processes, create visual work instructions, and manage configuration and process changes before production begins. This improves change management, supports Lean Manufacturing, and helps organizations reduce time to industrialization while increasing manufacturing consistency and flexibility.
Types of Supported Manufacturing Processes
MPM supports a wide range of manufacturing models by standardizing process planning while enabling flexibility and mass customization.
Manufacturing process management provides a common foundation for planning, validating, and executing manufacturing processes across diverse production environments. By leveraging a Single Source of Truth within PLM, manufacturers can adapt processes to meet fluctuating demand, product complexity, and regulatory requirements—without compromising on speed or quality.
Repetitive Manufacturing:
Supports high-volume production by standardizing process plans, routings, and work instructions. By reusing validated data and maintaining configuration management across variants, manufacturers improve consistency and reduce errors.
Discrete Manufacturing:
Bridges the gap between EBOMs and MBOMs, enabling accurate process planning and seamless PLM-MES integration. Manufacturers gain superior visibility into changes and accelerate time-to-market.
Custom Manufacturing:
Manage complex, low-volume production with flexible process planning and rapid change management. Digital work instructions and a Manufacturing Digital Twin help teams respond swiftly to unique customer requirements.
Continuous Manufacturing:
Ensures process consistency, traceability, and compliance. By connecting process data across the Digital Thread, manufacturers improve quality control and minimize downtime.
Batch Manufacturing:
Supports batch environments by managing recipes, routings, and process variations. Manufacturers gain tighter control over change management and improve efficiency across production runs.
Challenges in Manufacturing Process Management
Disconnected systems and increasing complexity make effective manufacturing management difficult without a robust digital foundation.
Labor Shortages
Workforce gaps place pressure on teams to do more with less. Without standardized digital work instructions, knowledge remains siloed. MPM captures institutional knowledge, enabling faster onboarding and consistent execution across the shop floor.
Supply Chain Disruptions
Disruptions require manufacturers to pivot quickly regarding materials and suppliers. MPM supports manufacturing flexibility by enabling rapid process plan updates while maintaining full traceability across the digital thread.
Scaling Business Operations
Managing processes across multiple plants and regions is inherently complex. MPM provides a common framework for global process planning, allowing for local optimization to support Lean Manufacturing and mass customization.
Maximizing ROI
Manual processes and silos increase rework. MPM improves ROI by reducing errors, minimizing downtime, and accelerating time to industrialization through seamless engineering-manufacturing collaboration.
Enterprise System Integration
Ensuring clean integration between PLM-based MPM, ERP, and MES is critical. MPM clarifies data ownership and streamlines system boundaries, transforming fragmented data into a cohesive digital thread.
Benefits of Manufacturing Process Management Software
MPM software connects people, processes, and systems across the Digital Thread. By enhancing collaboration and data accuracy, it enables faster decision-making and more resilient manufacturing operations.
Ensures Regulatory Compliance
Improves compliance by maintaining end-to-end traceability across product, process, and production data. Every change is documented to support rigorous audits.
Minimizes Costs
By reducing rework, scrap, and unplanned downtime, MPM lowers operational costs and bolsters Lean Manufacturing initiatives.
Enhanced Quality Control
Enables early validation through a Manufacturing Digital Twin, improving quality standards and identifying production issues before they occur.
Reduces Unplanned Downtime
Accurate process data combined with seamless PLM and MES integration helps prevent the operational errors that lead to costly downtime.
Scalable Architecture
MPM scales with your business, supporting new products, global plants, and emerging markets without increasing operational complexity.
Improved Traceability
End-to-end traceability across the digital thread supports informed decision-making and high-speed change management.
What Role Does PLM Play in Manufacturing Process Management?
PLM serves as the foundation of manufacturing process management. By extending PLM capabilities into the manufacturing realm, organizations bridge the gap between engineering data and manufacturing operations management (MOM).
This integration ensures a Single Source of Truth for product definitions, process plans, and change orders—enabling faster collaboration, superior configuration management, and a significantly reduced time to industrialization by eliminating data silos between design and the shop floor.
PTC Partner Network
MPM: The Right Data at the Right Time
MPM ensures manufacturing teams always have access to accurate, up-to-date data. By connecting engineering and manufacturing through a Digital Thread, organizations improve collaboration, reduce errors, and support connected manufacturing initiatives.
This guide provides an in-depth look at the common challenges manufacturing engineers face and how they can be effectively addressed to enable: Design anywhere, Manufacture anywhere, and Service everywhere.
Windchill+: Platform for Manufacturing Process Management
Windchill enables manufacturing process management by connecting product design, process planning, and production execution within a unified PLM platform. Manufacturers can leverage a Manufacturing Digital Twin, streamline change management, and integrate PLM and MES to drive smart factory initiatives.
Key Product Features
Windchill MPMLink delivers manufacturing process management capabilities that connect engineering and manufacturing through a digital thread, enabling faster planning and reduced time to industrialization.
Process Planning and MBOM Management
Define routings, operations, and Manufacturing BOMs directly from engineering data, improving collaboration and reducing downstream errors.
Manufacturing Digital Twin
Create a digital representation of the process to validate production scenarios, resources, and sequencing before release—minimizing risk.
Visual Work Instructions
Deliver role-based, visual instructions to the shop floor that reflect the latest changes, improving quality and workforce productivity.
PLM and MES Integration
MPMLink synchronizes data flows from engineering to manufacturing operations management (MOM) and execution systems.
Change and Configuration Management
Manage engineering and manufacturing changes in context, maintaining full traceability across variants and supporting mass customization.
Manufacturing Flexibility at Scale
Support multiple plants and production strategies while maintaining standardization—key to Lean Manufacturing and Smart Factory initiatives.
Plant Master Data Management
Create plant-specific MBOM structures, including unique views, part numbers, and site-specific information.
Bi-directional Associative EBOM to MBOM
Leverage 3D data and structured meta-data for BOM transformation with systematic traceability (equivalent links) and reconciliation.
3D Visualization
Creo View for MPM reads information directly from the manufacturing product structure for high-fidelity visual analysis.
Case Studies
Leading global manufacturers leverage PTC’s MPM solutions to drive superior agility, quality, and time-to-market. By bridging the gap between design and execution, these organizations turn manufacturing into a strategic competitive advantage.
Lufthansa Technik
Lufthansa Technik leverages PTC’s MPM solutions to enhance collaboration, minimize critical errors, and support highly complex manufacturing operations. By bridging the gap between engineering data and process planning, they ensure peak execution fidelity—a non-negotiable requirement for safety and compliance in the aerospace sector.
Volvo Group:
Volvo accelerates time to industrialization through concurrent design and manufacturing enabled by MPM. By allowing production teams to plan manufacturing processes while the design is still evolving, Volvo eliminates traditional bottlenecks and ensures new products hit the market with superior speed and quality.
FAQ: Manufacturing Process Management (MPM)
Sistemas desconectados, a crescente complexidade e mudanças constantes tornam a gestão eficaz da manufatura um desafio sem uma base digital sólida.
How is Manufacturing Process Management different from MES or ERP?
While they may seem similar, each serves a distinct purpose within the Digital Thread:
MPM (Manufacturing Process Management): Focuses on the “How.” It defines process plans, routings, and work instructions. It is the bridge that translates engineering design into manufacturing language.
ERP (Enterprise Resource Planning): Focuses on the “When” and “How Much.” It manages business transactions, purchase orders, inventory, and finance.
MES (Manufacturing Execution System): Focuses on the “Now.” It executes production in real-time on the shop floor, collecting performance and quality data.
MPM fills the gap between Engineering and Execution, ensuring that both ERP and MES receive accurate, validated manufacturing data.
What specific problems does Manufacturing Process Management help solve?
MPM eliminates the chasm between product design and the reality of the assembly line. It ensures that manufacturing plans, MBOMs, and work instructions stay aligned with engineering changes in real-time. This resolves critical issues such as:
Rework and Scrap: Prevents the factory from producing obsolete versions of a project.
Ramp-up Surprises: Identifies production bottlenecks in the digital world before investing in the physical line.
Communication Errors: Replaces manual drawings or static PDFs with 3D visual instructions directly linked to the original engineering model.
Can MPM support multiple production sites with different capabilities?
Yes. Through Plant Master Data Management, MPM allows you to create plant-specific MBOMs and process plans. This means you can maintain a global product standard while adapting the “how-to” for the specific machinery, labor, and resources available at each local facility.
Talk to our Windchill Experts
Talk to an Expert About Manufacturing Process Management
Empower stakeholders across your organization with quick and easy access to critical product data. Windchill, PTC’s premier PLM solution, helps break down organizational silos, leading to:
Improved Time-to-Market: Faster transitions from design to the shop floor.
Decreased Costs: Lower overhead by eliminating data misalignment.
Enhanced Product Quality: Validated processes before the first physical build.
More Time for Innovation: Offload manual data translation tasks from your engineers.
Windchill delivers the performance and scale required to manage massive datasets, featuring subscription pricing that ensures you only pay for what you need. Furthermore, with seamless integration to the ThingWorx IoT platform, data from smart, connected products in the field can be leveraged to power a high-fidelity Digital Twin.
Ready to learn more about what Windchill can do for you? Submit the form and our experts will be in touch!
