Lessons from top performing manufacturers show you how to overcome barriers.
In today’s manufacturing landscape, the product digital thread stands as a critical driver of success. By providing seamless data continuity across the product lifecycle, the digital thread transforms how manufacturers design, build, and deliver products. Yet, a persistent challenge looms large: integration. Without integration, it becomes fragmented — hampering innovation, decision-making, and operational efficiency. Let’s explore the common hurdles manufacturers face in integration and how addressing these challenges can unlock the full potential of the digital thread.
The Integration Challenge
Integrating disparate systems, applications, and data sources is no small feat. According to Razorleaf and Tech-Clarity’s 2024 survey of manufacturers “Mastering Integration: Survey Results on Effective Digital Thread,” manufacturers struggle with integration across three critical lifecycle stages: implementation, operation, and maintenance. These challenges create significant barriers that limit companies’ ability to leverage the digital thread effectively.
- Daily Operational Issues
Manufacturers frequently encounter the following operational inefficiencies:
- Manual Data Entry: Engineers and operators often re-enter the same product data into multiple systems, wasting time and increasing the likelihood of errors.
- Data Retrieval Across Systems: Locating and consolidating information from disconnected systems becomes a time-consuming task, delaying workflows.
- Inconsistent Data: Errors and mismatched data between systems lead to costly rework and undermine trust in the data.
These issues don’t just occur occasionally—they are daily realities for many manufacturers, significantly slowing processes and eroding efficiency.
- High Costs and Maintenance
While integration enables better collaboration and innovation, achieving it can strain resources:
- Implementation Costs: Integrating systems like PLM, ERP, and MES demands upfront investment in tools, expertise, and time.
- Ongoing Maintenance: Keeping integrations functional requires frequent updates to accommodate new system releases and process changes, increasing costs and complexity.
As highlighted in the survey, integration challenges don’t end after implementation. Maintenance poses ongoing hurdles, often consuming significant portions of IT and engineering budgets.
- Barriers to Entry
For many companies, the complexity and perceived lack of ROI create additional obstacles:
- High Risk: Integrations can disrupt existing workflows, making teams hesitant to commit to large-scale projects.
- Lack of Expertise: Without skilled resources or proven strategies, companies often struggle to implement effective integrations.
- Difficulty Justifying ROI: When the benefits of integration aren’t immediately apparent, it’s challenging to secure buy-in from key stakeholders.
The Business Cost of Poor Integration
The consequences of these challenges extend beyond inefficiency and poor integration contributes to:
- Missed Opportunities: Without seamless data flow, companies struggle to make timely, informed decisions that drive innovation.
- Increased Costs: Errors, rework, and delays compound operational expenses.
- Limited Scalability: Disconnected systems make it nearly impossible to scale processes or incorporate new technologies effectively.
These hurdles prevent manufacturers from fully realizing the business value of the digital thread, from improving product quality to accelerating time-to-market.
Insights from Top Performers
Despite these obstacles, some manufacturers lead the way in integration success. Tech-Clarity identifies these companies as “Top Performers,” in the survey and their strategies offer a roadmap for overcoming integration barriers:
- Enterprise-Wide Integration: Top Performers are four times more likely to achieve integration at the enterprise or value chain level, enabling seamless collaboration across departments and external partners.
- Fewer Data Issues: By investing in robust integration capabilities, these companies significantly reduce errors, inefficiencies, and data inconsistencies.
- A Multi-Tool Approach: Successful organizations adopt diverse integration methods—such as bidirectional data flows and adapters—to address unique data and system challenges.
These strategies highlight the importance of treating integration as an ongoing discipline, not a one-time project. By making integration a priority, manufacturers can lower costs, reduce risks, and continuously improve their digital thread capabilities.
Unlocking the Digital Thread’s Potential
Integration is more than a technical challenge—it’s a strategic imperative. Manufacturers who tackle integration barriers head-on gain access to the transformative benefits of the digital thread: faster decisions, improved product quality, and enhanced engineering efficiency.
To achieve these outcomes, organizations must:
- Invest in integration expertise and tools tailored to their unique needs.
- Prioritize integration during system implementations to avoid costly rework.
- Adopt a flexible, multi-faceted integration strategy that scales with their business.
The journey may be challenging, but the rewards are undeniable. With the right approach, manufacturers can overcome integration hurdles and unlock the full potential of their digital thread—driving long-term success and profitability. Listen to the whole podcast to learn more.
