Empowering Engineering Teams with Integrated Component Intelligence
A global leader in electrification and automation technologies faced increasing challenges in managing obsolescence, regulatory compliance, and supply chain complexity. To address these challenges, the organization integrated the Accuris Parts API directly into its PLM systems, streamlining access to real-time component data and enabling engineering teams to make faster, more informed decisions throughout the product lifecycle.
“The value of having that real-time obsolescence, compliance, and sourcing data directly inside our PLM system has been transformative. We’ve moved from reactive to proactive, which saves us time, resources, and stress.”
— Business Process Manager, Global Electrification and Automation Firm
Pain Points
- Manual obsolescence tracking
- Disconnected systems and data silos
- Duplicate parts driving up costs
- Limited visibility into compliance status
Strategic Gains
- Impact analysis in seconds, not days
- Smarter design and sourcing decisions
- Lower inventory and maintenance costs
- Proactive response to obsolescence & compliance
The Challenge: From Manual Frustration to Workflow Disruption
Operating in a complex industrial ecosystem that demands relentless innovation and leaves thin margins for error, this leading manufacturer manages extensive global portfolios that rely on many components from a dynamic supply chain.
Engineering, procurement, and compliance teams were pressured by the need for product reliability, regulatory compliance, and adapting to technological changes. A constant challenge was managing component obsolescence, which could halt production and lead to costly redesigns and customer dissatisfaction.
Teams dealt with siloed, manual workflows. Engineers and sourcing specialists relied on spreadsheets and disparate vendor portals, resulting in delays in identifying at-risk components. Crucial insights about end-of-life (EOL) parts or available replacements were scattered across systems, forcing teams to waste time locating data. Maintaining regulatory compliance compounded the issue.
With evolving global standards, the company needed to ensure compliance for every part. However, accessing updated documentation required navigating multiple tools or contacting suppliers, leading to delays, risks in product development, and decreased engineering agility. This uncertainty highlighted the need for real-time parts intelligence, allowing teams to anticipate issues instead of reacting.
The Goals
- Embed real-time parts intelligence directly into PLM workflows to reduce friction in both engineering and procurement processes.
- Proactively manage component obsolescence by replacing manual tracking with automated alerts and embedded lifecycle data.
- Improve traceability and regulatory compliance with consistently updated material content and certification insights.
- Accelerate product development cycles by enabling faster, more informed decision-making and seamless part substitutions.
The Solution: Accuris Parts API Integrated into PTC Windchill
The company integrated Accuris Parts API into PTC Windchill, its enterprise PLM platform. This allowed engineers and sourcing teams to access critical part insights—such as lifecycle status, RoHS/REACH compliance, and cross-referencing—without leaving their design environment.
Automated XML Obsolescence Alerts
Automated obsolescence alerts in the PLM environment notify engineering and sourcing teams in real time when components near or reach end-of-life (EOL). This proactive approach enables timely evaluations, reducing reliance on fragmented data and manual tracking.
Searchable Alternate Components
Engineers quickly identify alternative components via form‑fit‑function (FFF) equivalency in Windchill, leveraging Accuris’ cross‑referencing capabilities. This accelerates research, ensures compatibility, and keeps development on schedule.
Embedded Compliance Data
Immediate access to updated RoHS, REACH, and environmental compliance data simplifies audits, improves traceability, and ensures parts meet global standards—reducing risk and streamlining reporting.
Improved Cross‑Department Collaboration
Consolidating critical component data in PLM enhances collaboration among engineering, procurement, and compliance teams, reducing miscommunication and rework while aligning stakeholders on part selection and risk assessments.
The Results: Turning Complexity Into Competitive Advantage
With Accuris Parts API Integration, the company transformed component data management by embedding real-time intelligence directly into its PLM system. Automated alerts inform teams of lifecycle changes—such as EOL events and PCNs—enabling proactive action before risks escalate.
Engineers can quickly identify FFF replacements, streamlining alternate evaluations and reducing design delays. Embedded compliance data on RoHS, REACH, and export regulations ensures components meet global standards without lengthy manual checks.
- Reduction in obsolescence response time: act on EOL risks early, preventing disruptions and enabling proactive redesigns.
- Improved compliance traceability: real-time RoHS, REACH, and export data to streamline audits and reduce regulatory risks.
- Faster BOM validation and sourcing: verify part availability and compliance within PLM to cut research time and speed development.
- Higher design confidence: accurate, embedded component data reduces rework and ensures parts meet technical and regulatory standards.
By integrating Parts API, the company achieved measurable improvements across engineering and sourcing workflows—resulting in faster decisions, stronger compliance, and reduced risk.
From Reactive to Resilient
This industrial leader recognized that manual, reactive approaches to managing component data and obsolescence were no longer effective in a fast-paced, innovation‑driven environment. By integrating Accuris Parts API into its PLM ecosystem, they shifted to a proactive, data‑driven strategy—embedding real‑time lifecycle insights, compliance data, and sourcing intelligence directly into design workflows. The transformation strengthened supply‑chain resilience, improved design confidence, and reinforced the company’s position as a forward‑looking technology leader.
