How to Integrate PLM with Additive Manufacturing Systems
- marketing86957
- Mar 10
- 3 min read
How Do You Integrate PLM with Additive Manufacturing Systems?
Product Lifecycle Management (PLM) systems are the backbone of engineering organisations. They control design files, revision history, configuration management, and engineering change processes.
But when parts move from design into production - particularly in additive manufacturing - another layer of software becomes necessary.
PLM systems manage engineering intent. Additive manufacturing workflow platforms manage production execution.
Integrating the two ensures that design data flows directly into manufacturing workflows without manual handoffs, file duplication, or version confusion.
Why PLM Alone Is Not Enough for Additive Manufacturing
PLM platforms excel at design governance but typically do not manage:
printer scheduling
machine-level process data
material consumption tracking
post-processing steps
quality inspections
build reports and compliance documentation
Those responsibilities belong to Additive Manufacturing Execution Systems (Additive MES) and workflow platforms.
Without integration, engineers often export files manually from PLM systems, pass them to production teams, and track build status separately. This introduces risk and delays.
How PLM Integration Works in Practice
Modern additive manufacturing workflow platforms act as the operational layer between engineering systems and production equipment.
For example, workflow platforms such as Authentise Flows connect to PLM systems through APIs and connectors. These integrations allow design files, engineering updates, and production data to move automatically between systems.
A typical integration workflow looks like this:
Design created in CAD and managed in PLM Engineers store approved designs and revisions in the PLM system.
Design files transferred to additive workflow software Approved files automatically flow into the production system.
Production execution managed by an Additive MES Job scheduling, machine monitoring, and production workflows are coordinated by additive workflow software.
Production data returned to engineering systems Machine parameters, material usage, and quality data are captured and linked to the original design records.
This process creates a continuous digital thread linking engineering and production.
The Role of Additive Manufacturing Workflow Software
Additive manufacturing workflow platforms coordinate production activities once engineering data leaves PLM.
Typical capabilities include:
automated job scheduling
machine connectivity and monitoring
material management
quality control tracking
automated build reports
Because these platforms integrate directly with PLM systems, engineers and production teams operate from a single source of truth.
Benefits of Integrating PLM with Additive Manufacturing Systems
When PLM and additive workflow systems are integrated, organisations gain several operational advantages.
Faster Design-to-Production Transfer
Design approvals automatically trigger production workflows.
Improved Version Control
Only approved design revisions reach manufacturing.
End-to-End Traceability
Production data can be linked directly back to engineering records.
Reduced Manual Data Entry
Automated integrations remove redundant data entry between systems.
Digital Thread Continuity
Engineering, production, and quality teams share a continuous dataset across the product lifecycle.
Building the Digital Backbone for Additive Manufacturing
As additive manufacturing moves into production environments, engineering and manufacturing systems must operate together.
PLM platforms provide design governance, while additive workflow software and Additive MES systems manage execution on the shop floor.
Integrating these systems ensures that additive manufacturing workflows remain scalable, traceable, and production-ready.
Ready to see what our Additive MES system can do for you? Book a free demo to see it in action!
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