This keynote address from PolyWorks Conference Live 2025 introduces the concept of a "digital thread" to revolutionize 3D metrology data management in manufacturing. The presentation highlights the inefficiencies and risks (such as lack of a single source of truth and human error) associated with traditional file-based data exchanges between disparate software systems. Dr. Marc Soucy explains how PolyWorks' digital thread technology—comprising a universal metrology software platform, a central data management server, and digital connectors—establishes a unified, interconnected ecosystem. This approach ensures data integrity, automates data flow across departments (including design, manufacturing, and quality assurance), and significantly boosts productivity for quality control teams, freeing them from manual data management. The presentation also showcases new PolyWorks 2025 features and strategic partnerships with companies like HighQA, Autoform, and Duvet 3D, demonstrating real-world applications of digital connectors for accelerated inspection, virtual quality assessment, and cost reduction.
Driving Manufacturing Excellence with a Digital Thread
0:34 Celebrating 30 Years & New Features: The conference opens by celebrating InnovMetric/PolyWorks' 30 years in quality control and introduces the new features of PolyWorks for 2025, setting the stage for the keynote on "Driving Manufacturing Excellence with a Digital Thread."
1:39 Addressing File-Based Data Exchange Issues: Highlights the critical problem of manual file exports and copies for sharing dimensional information (e.g., inspection projects, reports) between departments. This leads to an absence of a single source of truth and susceptibility to human error and inconsistencies.
2:32 Introducing Digital Thread Technologies: Proposes replacing manual file transfers with digital thread technologies to deliver 3D measurement data digitally to all stakeholders, establishing a single source of truth.
2:46 Digital Thread Analogy: A digital thread is likened to a sewing machine thread, tying together multiple software applications in a manufacturing organization to create an interconnected space for seamless digital data flow.
4:15 The Need for Data Exchange & Limitations of Files: Explains that manufacturing relies on various best-in-class software solutions, necessitating data exchange. File-based exchanges are problematic when data frequently changes (e.g., CAD updates, measurement revisions), leading to outdated information, errors, and inefficiencies.
7:00 How the Digital Thread Works: Interconnected software applications use Application Programming Interfaces (APIs) and Uniform Resource Locators (URLs) to dynamically link and propagate information changes, ensuring a consistent and single source of truth.
8:32 Three Essential Components: Deploying an end-to-end digital thread for 3D measurements requires:
9:07 Universal Metrology Software Platform: Provides a universal workflow and a single, unified file format for all inspection data and results, regardless of measurement technology.
10:14 Central Data Management Server: Stores all 3D measurement data, making it immediately consumable by authorized personnel and eliminating the need for explicit data sharing or local storage.
10:51 Digital Connectors: Leverage the data management server's API to integrate 3D measurement information directly into other software tools without manual file exports.
11:44 Significant Benefits for Quality Control Teams:
Personal Efficiency: Saves hours weekly by automating data file/folder management, enabling search-engine-like retrieval, and providing anytime, anywhere access via web browsers or mobile apps.
Team Productivity: Customers report doubling work output with the same team due to shared project properties, managed permissions, concurrent work on inspection projects, and enhanced collaboration via hyperlinks and internal discussions.
15:25 Strategic Focus: Quality control teams can transition from "data gatekeepers" to high-performance specialists, focusing on their core measurement work.
15:37 Extending Beyond Quality Control: The digital thread extends benefits to 5-10 times more colleagues in departments like design, manufacturing, quality assurance, and production, enabling them to access 3D measurement data directly within their primary enterprise solutions (CAD, PLM, QMS, PowerBI, Excel).
18:13 PolyWorks' Digital Connectors: PolyWorks currently offers 10 off-the-shelf digital connectors for various applications, including reviewing results in browsers, importing CAD/PLM data, creating measurement plans in CAD, generating Excel summaries, and publishing PowerBI dashboards. Customers can also develop custom connectors using PolyWorks' API and URL technologies.
21:36 Strategic Partnerships for Broader Reach: PolyWorks is partnering with other software companies to expand the digital thread's global reach:
22:29 HighQA: Offers connectors that accelerate inspection project creation by leveraging automatic ballooning software and automatically pull 3D measurement data from PolyWorks DataLoop for reports (FAIs, PAPs, SPC), saving significant time.
26:09 Autoform: Integrates simulation software to enable virtual quality inspection based on process engineering, helping detect quality issues 12-18 months earlier, improve collaboration, and reduce rework costs (e.g., €5 million saved per project per year).
30:08 Duvet 3D: Developed a virtual clamping plugin for PolyWorks Inspector, eliminating the need for expensive physical clamping fixtures for sheet metal parts, accelerating inspections, and lowering costs (up to 60% time/cost savings).
35:43 Core Value: Single Source of Truth: The paramount benefit of the PolyWorks digital thread is ensuring a single, authoritative source of truth for all 3D measurement data, crucial for making confident, actionable decisions across the organization.