Case Study

How Growing Manufacturers Can Modernize Operations, Simplify Complexity and Optimize Asset Utilization
A strategic guide for growing manufacturers on modernizing operations through integrated IT/OT solutions to simplify complexity. It details how to leverage Al-driven analytics, secure edge computing, and Windows 11 foundations to enhance production efficiency and profitability.
- Topic
- Business Solutions
- Published
- 8 May 2026

Enhance efficiency, flexibility, and profitability while staying ahead of the competition. Rising customer expectations and competitive pressures are pushing manufacturers to modernize. To succeed, organizations must simplify OT/IT complexity by aligning infrastructure, data, and operations.
This strategic guide explores how Dell Technologies helps manufacturers replace fragmented architectures with integrated foundations. Learn how to achieve up to 50% less downtime and 97% defect detection rates by embedding AI and analytics directly into your workflows.
Key Highlights:
Market Growth: Digital manufacturing modernization discussions among SMBs increased by 63% year-over-year in 2025.
Efficiency Gains: Successful modernization can deliver up to 12% improvements in Overall Equipment Effectiveness (OEE).
Defect Detection: AI-based inspections achieve detection rates of 97%, compared to 60-70% for manual processes.
Reduced Downtime: Predictive maintenance (PdM) models can reduce factory downtime by up to 50%.
Cost Savings: PdM implementation can lead to a 25% reduction in total maintenance costs.
Energy Optimization: Manufacturers can see up to 30% in energy reductions and associated cost savings.
Predictable Operations: Improved equipment availability ensures that planning and delivery commitments are consistently met.
Local Processing: Edge computing reduces latency and improves recovery for real-time action on the factory floor.
Embedded Security: Dell devices powered by Intel and Windows 11 provide chip-to-cloud protection with built-in AI readiness.
Digital Twins: Teams can virtually test changes before applying them to physical production lines using local compute.
Scalability: Standardizing on integrated solutions reduces the effort required to manage performance across different plant sites.
