Critical Manufacturing Unveils Next-Generation MES for Semiconductor Production at SEMICON West 2025

Critical Manufacturing Showcases AI-Driven MES Innovation for Semiconductor Production

Driving Semiconductor Efficiency Through Advanced MES Technology

PORTO, Portugal, Sept. 17, 2025 – Critical Manufacturing, a global leader in industrial automation and Manufacturing Execution Systems (MES), will make its debut at SEMICON West 2025 in Phoenix, Arizona (Oct. 7–9). The company will showcase how its next-generation MES and integrated IoT Data Platform are empowering chipmakers to manage increasingly complex production environments with precision and agility.

The semiconductor industry faces growing challenges—shrinking node sizes, tight process windows, and heightened traceability demands. Critical Manufacturing’s MES platform delivers the digital backbone manufacturers need to maintain efficiency, quality, and scalability in modern fabs.

Real-Time Visibility and Complete Traceability in High-Tech Manufacturing

The Critical Manufacturing MES enables full process transparency with end-to-end traceability, real-time data collection, and intelligent analytics. Each wafer and die is monitored continuously, ensuring stable operation and optimized throughput.

Moreover, the system’s run-to-run control stabilizes production parameters, while advanced recipe management fine-tunes each chamber for peak performance. Seamless integration with sorters and handling systems ensures efficient wafer movement across the factory floor, minimizing downtime and human error.

Combining MES with IoT Data Platform for Smarter Decisions

By combining MES with its IoT Data Platform, Critical Manufacturing offers a unified environment for contextualized data access. Engineers and production teams can act instantly on live shop-floor information, minimizing process variability and sustaining high productivity.

According to MarketsandMarkets, the global industrial IoT market will reach $263 billion by 2030, highlighting the growing demand for data-driven decision-making in factory automation. Therefore, integrated MES and IoT systems are becoming vital for competitive advantage.

Introducing c-Alice: AI-Powered Image Analytics for Semiconductor Quality

Critical Manufacturing will also introduce c-Alice, an AI-driven image analytics tool developed through its acquisition of Convanit. Designed for high-tech industries, c-Alice identifies and classifies microscopic defects in real time.

By linking image data directly to MES workflows, it enables precise defect tracing and rapid corrective actions. This combination of visual intelligence and live process data provides semiconductor engineers with unparalleled insight into yield performance—helping them make informed decisions that boost efficiency and product quality.

Industry Insight: The Power of Connected Manufacturing

“SEMICON West is a perfect platform to connect with semiconductor innovators and share our vision for connected manufacturing,” said Jeff Peabody, VP – Sales & Business Development at Critical Manufacturing. “Our MES, integrated with c-Alice, helps engineers gain deeper process insights and control quality in real time. The result is faster innovation, improved yield, and reduced cost per wafer.”

Author World of PLC notes that this convergence of MES, IoT, and AI reflects a broader industrial automation trend—bridging operational technology (OT) and information technology (IT) for smarter, data-centric production systems. Manufacturers adopting these integrated systems can accelerate digital transformation and achieve Industry 4.0 readiness.

Partnership and Presence at SEMICON West 2025

Critical Manufacturing is sponsoring the Smart Manufacturing Pavilion and will be present at booth SM2. Attendees can schedule a live demo or meet with MES experts to explore real-world use cases. The company also offers a complimentary one-day pass for interested visitors.

Readers can learn more about advanced MES and industrial automation technologies at World of PLC Limited, where you’ll find in-depth resources, product insights, and integration guides for next-generation factory automation systems.

About Critical Manufacturing

Critical Manufacturing, a recognized leader in the Gartner Magic Quadrant and a subsidiary of ASMPT, provides modern, configurable Manufacturing Execution Systems designed for complex, high-mix industries. Its MES supports regulatory compliance, closed-loop quality control, seamless system integration, and real-time visibility across global operations.

By enabling data-driven decision-making, Critical Manufacturing helps customers adapt to changing market conditions, reduce risk, and achieve continuous operational excellence.

About ASMPT

ASMPT, headquartered in Singapore, is a world-class provider of hardware and software solutions for semiconductor and electronics manufacturing. Its product range spans wafer deposition, SMT, and packaging solutions used across automotive, computing, industrial, and communications sectors. ASMPT’s R&D-driven approach ensures reliable, scalable, and cost-effective automation technologies.

Application Scenarios: Smarter Semiconductor Operations

• ✅ Automated Wafer Traceability: Track materials through each process step with digital precision.
• ⚙️ AI-Based Quality Control: Detect defects instantly with real-time image analytics powered by c-Alice.
• 🔧 Data-Driven Process Optimization: Leverage IoT insights to maintain equipment stability and improve yield.

Frequently Asked Questions (FAQ)

1. How does Critical Manufacturing MES differ from traditional MES systems?
It combines MES and IoT data integration for full traceability, real-time analytics, and AI-powered quality monitoring—ideal for semiconductor environments.

2. What are the key benefits of combining MES with c-Alice?
The integration allows automatic defect recognition, linking quality data directly to process controls, which improves efficiency and reduces scrap rates.

3. Why is MES integration essential for Industry 4.0 adoption?
MES connects shop-floor automation with enterprise data systems, creating a unified control environment that supports predictive maintenance, agility, and compliance.