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Follow Parsec’s blog to stay up-to-date on the complex world of manufacturing with our team’s expert insight, trends and innovation on such topics as manufacturing execution systems, manufacturing operations management, production planning and scheduling, digital manufacturing, and more.

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Featured Blog Posts

Governing MES at Scale: A Practical Guide to Global Template Development

Manufacturers standardizing MES across multiple sites need governance without disruption. TrakSYS Solution Studio enables lifecycle-managed template development with version control, structured template transfer, and branching workflows—allowing global standards to scale safely while preserving site-level flexibility.

The Complete Guide to Implementing a Paperless Manufacturing System

The Complete Guide to Implementing a Paperless Manufacturing System

Still relying on paper-based workflows? You’re not alone.

5 Manufacturing Technology Predictions Going into 2026

5 Manufacturing Technology Predictions Going into 2026

How will technology transform manufacturing in 2026?

Top Highlights from the 2025 Infotech Data Quadrant

Top Highlights from the 2025 Infotech Data Quadrant

InfoTech’s Data Quadrant: TrakSYS leads as best-in-class

How Tag Explosion Impacts Production Data and How to Prevent It

Unstructured data growth causes confusion, inconsistent KPIs, and unreliable analytics. Tag explosion can be mitigated by MES platforms that enforce structure using standardized models, events, and KPIs.

What Are Electronic Batch Records (EBRs)?

Batch documentation is shifting from manual records to real-time digital systems. With EBRs, manufacturers can capture production data, enforce workflows, and strengthen traceability to improve accuracy, efficiency, and compliance.

Manufacturing Process Automation: Benefits, Technologies & Use Cases

Automation connects machines, data, and workflows to execute production with greater speed and consistency. Combining robotics, IIoT, AI, and MES enables real-time control, better quality, and scalable operations.

Planned vs Expected vs Actual Consumption: Key Manufacturing Metrics

Material efficiency depends on understanding how resources are used in production. Comparing planned, expected, and actual consumption reveals design gaps, execution losses, and hidden waste—turning material usage into a measurable driver of cost control and performance.

Predictive vs Preventive Maintenance in Manufacturing

Maintenance strategy shapes uptime, cost, and reliability. Preventive schedules offer consistency, while predictive approaches use real-time data to balance planned servicing with condition-based insights.

Best Practices for Handling Unit-of-Measure Conversions in Tag-Based Systems

Unit-of-measure inconsistencies can quietly distort KPIs, reporting, genealogy, and cross-site comparisons. TrakSYS helps manufacturers normalize values, preserve data, and govern conversions centrally, creating a scalable unit strategy that keeps records accurate, interpretable, and ready for enterprise use globally.

How Downtime Tracking Is Handled in TrakSYS: From Signal to Reason Code

Downtime tracking in TrakSYS follows a structured path from machine signal to contextualized reason code, helping manufacturers improve OEE accuracy, strengthen root-cause analysis, and build scalable, auditable performance strategies.

TrakSYS & PLCs: Creating Contextualized KPIs

KPIs are most effective when calculated where they can be fully understood. TrakSYS and PLCs work together to create a scalable architecture where machines generate trusted data, and MES transforms it into contextualized, actionable intelligence.

Continuous Manufacturing: A Strategic Guide to Process Optimization

Uninterrupted production demands precise stability. To sustain long production runs, manufacturers need real-time monitoring, disciplined process management, and integrated data systems.

Introducing TrakSYS Cloud: A Smarter Way to Manage and Scale MES

TrakSYS Cloud adds centralized oversight, governance, and deployment control to distributed MES environments. Maintain local production execution while gaining visibility, lifecycle management, and scalable multi-site coordination.

Discrete Manufacturing Explained: Optimizing Production for High-Mix Environments

High-mix, low-volume discrete environments multiply complexity, shrink batch sizes, and strain scheduling, quality, and traceability. Structured workflow control, disciplined configuration management, and real-time visibility form the foundation for flexible production without sacrificing stability or governance.

Branch & Merge for MES Solution Development

Modern branch and merge capabilities bring proven software engineering tactics to MES solution development. Governed branching and controlled merging enable parallel development, version control, and scalable multi-site standardization without disrupting production.

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