Applied SmartFactory Automation Software for Semiconductor Manufacturing

Modernize factory automation in manageable steps — backed by 35+ years of manufacturing automation.

SmartFactory MES

Connect factory operations, production control, and execution intelligence across complex semiconductor manufacturing environments.

SmartFactory MES solutions help manufacturers coordinate work in process, control production activity, manage operational rules, and improve visibility across tools, materials, processes, and teams.

SmartFactory Process Quality

Improve yield, reduce variation, and make faster quality decisions with AI-enabled manufacturing intelligence.

SmartFactory Process Quality solutions combine automation, advanced analytics, and AI-enabled decision support to help fabs identify quality risks earlier, strengthen process control, and move from reactive troubleshooting to proactive improvement.

SmartFactory Productivity

Increase throughput, improve utilization, and reduce operational white space with intelligent factory productivity solutions.

SmartFactory Productivity solutions help fabs improve throughput, reduce bottlenecks, optimize WIP movement, strengthen scheduling decisions, and automate workflows so teams can achieve more with existing resources.

SmartFactory Supply Chain

Improve planning accuracy, production control, and supply chain responsiveness across complex manufacturing operations.

SmartFactory Supply Chain solutions help manufacturers improve planning accuracy, simulate the impact of operational decisions, and optimize production control so teams can respond more effectively to changing forecasts, constraints, and manufacturing priorities.

Semiconductor FAQs

What is Applied SmartFactory?

Applied SmartFactory is the manufacturing automation software portfolio of Applied Materials, built over more than 35 years. For semiconductor manufacturers it covers four capabilities — manufacturing execution (MES), process quality, productivity, and supply chain — with AI-enabled capabilities across all four. The software controls how production runs, holds process quality, moves and schedules material, and connects capacity planning to what the factory can actually do.

What parts of semiconductor manufacturing does Applied SmartFactory support?

Applied SmartFactory supports semiconductor manufacturing from wafer substrate through wafer fab to assembly, test, and backend operations. Execution requirements differ at each stage — substrate operations need upstream traceability, wafer fab needs controlled execution across complex routes and tools, and test and assembly need flexibility as product mix and volume change. Process quality, productivity, and supply chain solutions apply across all of them.

What can semiconductor manufacturers improve with Applied SmartFactory?

Applied SmartFactory targets measurable factory outcomes: cycle time, yield, throughput, capacity utilization, equipment downtime, defect rates, scheduling efficiency, and time to market. SmartFactory solutions have delivered more than 1,000 productivity and quality improvements. Which outcomes move in a given factory depends on its starting point and which capabilities are deployed.

Can Applied SmartFactory work with the systems a fab already runs?

Applied SmartFactory supports a practical, incremental approach to automation modernization. Manufacturers can improve performance in manageable steps, reducing risk while delivering measurable results along the way, rather than committing to a large all-at-once transformation. Individual solutions are built to work inside existing environments — Advanced Recipe Tuning enhances existing run-to-run control systems rather than replacing them, and Production Control runs high-speed what-if scenarios without disrupting manufacturing operations.

Talk to a SmartFactory automation
specialist about your fab

Bring your cycle time, yield, throughput, or capacity target. Our automation team will map which SmartFactory capabilities apply to your current systems and build a roadmap against your timeline.