Flow controllers & pressure sensors for Semiconductor Industry Market | Latest Analysis, Demand Trends, Growth Forecast

Flow Controllers & Pressure Sensors for Semiconductor Industry Market Supported by Expanding Fab Investments and Advanced Gas Delivery Architectures

The Flow controllers & pressure sensors for Semiconductor Industry Market is closely tied to wafer fabrication expansion, process complexity, and rising process control requirements across deposition, etching, ion implantation, and advanced packaging lines. By 2026, the market value for semiconductor-grade flow controllers and pressure sensing systems is estimated to cross USD 3.8 billion, supported by large-scale fab construction in Taiwan, South Korea, the United States, China, Japan, and Singapore. Demand concentration remains highest in sub-5nm and memory manufacturing environments where gas flow stability, ultra-high purity delivery, and chamber pressure consistency directly influence wafer yield. Semiconductor fabs increasingly require digitally integrated mass flow controllers (MFCs), capacitance manometers, vacuum pressure transducers, and MEMS-based pressure monitoring systems capable of handling corrosive gases, plasma-intensive environments, and atomic-scale process precision.

Technology transition is becoming visible in advanced semiconductor manufacturing lines where analog flow systems are gradually being replaced by Ethernet/IP, EtherCAT, and DeviceNet-enabled intelligent controllers capable of predictive diagnostics and remote calibration. AI server demand and high-bandwidth memory production have accelerated process tool purchases across etch and deposition categories, creating additional demand for semiconductor-grade flow management systems. In April 2025, Taiwan Semiconductor Manufacturing Company expanded its advanced packaging investment roadmap in Taiwan and Japan with additional backend process capacity aligned to AI accelerator demand, directly increasing procurement volumes for gas delivery modules and chamber pressure monitoring systems integrated into CVD, ALD, and plasma etch tools. Similar equipment demand expansion was visible after Samsung Electronics announced additional high-bandwidth memory investments in South Korea during 2025, strengthening orders for high-precision gas flow infrastructure used in DRAM and advanced memory process environments.

Semiconductor Gas Delivery Infrastructure Creating Strong Demand Visibility for Flow Controllers & Pressure Sensors for Semiconductor Industry Market

The upstream ecosystem for the Flow controllers & pressure sensors for Semiconductor Industry Market is heavily dependent on ultra-high purity metals, specialty elastomers, precision machining, semiconductor ceramics, MEMS fabrication capability, and advanced electronics assembly. Stainless steel grades such as 316L VAR and VIM-VAR stainless steel remain widely used in semiconductor gas flow assemblies due to corrosion resistance and contamination control requirements. Japan, Germany, the United States, and South Korea continue to dominate supply of high-purity fluid handling materials and precision valve assemblies.

Mass flow controller production is concentrated among companies with vertically integrated calibration, sensor fabrication, and semiconductor process expertise. Thermal-type MFCs and pressure-based flow controllers require precision sensor elements, piezoelectric components, semiconductor-grade seals, and specialized coatings resistant to fluorinated process gases. This creates strong dependency on suppliers from Japan and the United States for high-end sensing modules. Semiconductor equipment makers increasingly demand flow accuracy below ±0.5% of setpoint for advanced deposition tools, especially in gate-all-around transistor manufacturing and advanced logic production.

Lead times for semiconductor-grade flow controllers remained elevated during parts of 2024 and early 2025 because of persistent shortages in precision valves, MEMS sensing dies, and semiconductor-grade electronics. Several fab equipment suppliers reported procurement cycles extending beyond 30–40 weeks for advanced flow control assemblies used in EUV-related deposition and etch systems. The pressure sensor segment also faced constraints linked to specialty ceramic diaphragms and vacuum-grade components sourced primarily from Japan and Germany.

In February 2025, the United States Department of Commerce confirmed additional semiconductor manufacturing support under CHIPS Act-linked projects exceeding USD 33 billion across multiple fabs and packaging facilities. These projects increased demand visibility for vacuum systems, gas panels, flow controllers, and chamber pressure instrumentation because every new wafer fabrication module requires hundreds to thousands of precision gas flow and pressure monitoring points. Logic fabs processing below 3nm nodes use significantly higher numbers of gas lines and process chambers compared with older nodes, increasing component intensity per wafer start.

Advanced Deposition and Plasma Etch Expansion Raising Precision Requirements Across Semiconductor Flow Management Systems

The transition toward atomic layer deposition, selective deposition, high-aspect-ratio etching, and heterogeneous integration has substantially increased the technical requirements for Flow controllers & pressure sensors for Semiconductor Industry Market applications. Semiconductor manufacturing equipment increasingly operates with narrow process windows where slight pressure fluctuations can reduce yield or create uniformity issues.

Advanced etch chambers used for NAND and DRAM stack fabrication require highly stable gas delivery because layer counts continue rising. By 2026, leading NAND manufacturers are expected to exceed 400-layer production capability in pilot or early commercial stages. Higher layer counts require longer etch cycles and tighter process control, increasing deployment of fast-response pressure sensors and digitally calibrated flow controllers.

Deposition systems for advanced logic manufacturing also require multi-gas sequencing capability with extremely low contamination thresholds. Semiconductor-grade MFC suppliers are increasingly integrating self-diagnostic software, automated recalibration functionality, and predictive maintenance analytics into flow management architectures. These transitions are especially visible in Taiwan, South Korea, and the United States where new AI-related semiconductor investments are concentrated.

In September 2024, SK hynix announced additional memory and advanced packaging investments linked to AI memory demand expansion. High-bandwidth memory manufacturing involves multiple deposition, cleaning, and packaging stages requiring extensive process gas management infrastructure. This has increased procurement of pressure sensing systems capable of operating in high-vacuum and chemically aggressive environments.

Asia Pacific Retains Dominant Manufacturing Position in Flow Controllers & Pressure Sensors for Semiconductor Industry Supply Chain

Asia Pacific accounts for the largest production and consumption share in the Flow controllers & pressure sensors for Semiconductor Industry Market because the region hosts the majority of global wafer fabrication capacity. Taiwan, South Korea, China, and Japan collectively represent the core manufacturing ecosystem for semiconductor fabrication equipment integration.

Taiwan continues to maintain strong demand due to advanced logic manufacturing concentration. TSMC’s ongoing overseas expansion has not reduced Taiwan’s importance in semiconductor equipment procurement because the company continues expanding advanced node capacity domestically. The Kaohsiung and Hsinchu manufacturing clusters remain major procurement centers for flow control assemblies, vacuum instrumentation, and gas panel systems.

South Korea maintains strong demand due to Samsung Electronics and SK hynix investments in memory and foundry infrastructure. In 2025, South Korea accelerated support for semiconductor industrial clusters through tax incentives and infrastructure investments linked to its semiconductor competitiveness strategy. Expansion of DRAM and high-bandwidth memory manufacturing directly increased demand for semiconductor-grade pressure monitoring systems and flow calibration modules.

China remains a major consumption center for mid-range semiconductor flow control systems due to domestic fab construction and localization efforts. Multiple Chinese semiconductor equipment manufacturers have increased sourcing of domestic pressure sensors and flow components to reduce dependence on imports. However, high-end semiconductor process environments still rely heavily on Japanese, American, and European suppliers for ultra-high precision systems.

Japan continues to play a critical upstream role because of its dominance in specialty materials, precision components, sensor technology, and semiconductor equipment subsystems. Japanese suppliers maintain strong positions in vacuum gauges, pressure transducers, sealing technologies, and precision valve manufacturing. In June 2025, Rapidus accelerated pilot line activity for advanced semiconductor manufacturing in Hokkaido, strengthening regional demand for advanced semiconductor gas control systems and cleanroom-compatible instrumentation.

Trade Controls, Localization Programs, and Semiconductor Equipment Realignment Influencing Procurement Decisions

Geopolitical developments continue influencing the procurement structure of the Flow controllers & pressure sensors for Semiconductor Industry Market. Export restrictions on advanced semiconductor manufacturing technologies have encouraged regional localization initiatives, especially in China and the United States. Semiconductor equipment makers are increasingly evaluating dual-source strategies for pressure instrumentation and flow management systems to reduce supply concentration risks.

The United States has expanded domestic semiconductor equipment manufacturing support through federal incentives and state-level industrial programs. Several semiconductor subsystem suppliers announced North American capacity additions during 2024–2025 to support reshoring initiatives. This has increased regional sourcing opportunities for semiconductor gas handling assemblies and precision pressure monitoring systems.

At the same time, European semiconductor initiatives are supporting regional equipment ecosystems. Germany, France, and Italy continue investing in semiconductor manufacturing infrastructure and industrial automation capability. Semiconductor equipment suppliers operating in Europe increasingly prioritize localized supply chains for vacuum instrumentation and flow regulation systems to reduce logistics volatility.

Trade dependencies remain significant despite localization efforts. High-performance pressure sensors still rely on advanced sensing materials, calibration expertise, and semiconductor-grade manufacturing capability concentrated among limited suppliers. Similarly, ultra-high precision MFC production requires specialized engineering capabilities that are difficult to replicate rapidly. As a result, the Flow controllers & pressure sensors for Semiconductor Industry Market continues operating with relatively concentrated high-end supply chains despite broader regional diversification efforts.

Flow Controllers & Pressure Sensors for Semiconductor Industry Market Segmentation Driven by Etch, Deposition, and Advanced Packaging Equipment Demand

The Flow controllers & pressure sensors for Semiconductor Industry Market is segmented primarily by product type, sensing technology, application environment, process integration stage, and end-use semiconductor manufacturing category. Demand concentration remains highest in deposition and plasma etch applications because these process stages require continuous gas stability, vacuum accuracy, and rapid feedback control. The transition toward advanced packaging, chiplet integration, high-bandwidth memory, and gate-all-around transistor architectures is also increasing deployment density of semiconductor-grade flow and pressure monitoring systems.

Semiconductor fabrication facilities increasingly prefer digitally integrated pressure instrumentation with real-time diagnostics because fabs are targeting higher tool uptime and lower contamination-related yield losses. Process repeatability requirements are becoming stricter in logic and memory production, especially below 5nm manufacturing nodes where minor pressure instability can affect line edge roughness, deposition uniformity, or plasma distribution.

Segmentation Highlights Across Flow Controllers & Pressure Sensors for Semiconductor Industry Market

By Product Type:

• Mass Flow Controllers (MFCs)
• Pressure-Based Flow Controllers
• Vacuum Pressure Sensors
• Capacitance Manometers
• Differential Pressure Sensors
• MEMS Pressure Sensors
• Thermal Mass Flow Meters
• Gas Flow Monitoring Modules

By Technology:

• Thermal Flow Sensing
• MEMS-Based Sensing
• Piezoelectric Pressure Sensing
• Capacitance Diaphragm Technology
• Digital Smart Sensor Platforms

By Semiconductor Process Integration:

• Etching Systems
• Chemical Vapor Deposition (CVD)
• Atomic Layer Deposition (ALD)
• Physical Vapor Deposition (PVD)
• Ion Implantation
• Diffusion Furnaces
• CMP and Cleaning Tools
• Advanced Packaging Equipment

By End-Use Semiconductor Segment:

• Logic Semiconductor Manufacturing
• Memory Fabrication
• Foundry Services
• Compound Semiconductor Production
• Power Semiconductor Manufacturing
• MEMS and Sensor Manufacturing
• OSAT and Advanced Packaging Facilities

Mass flow controllers continue to represent the largest product category because nearly every semiconductor process tool requires tightly controlled gas flow management. Advanced deposition systems can contain dozens of gas channels operating simultaneously with different precursor chemistries, carrier gases, and purge cycles. Semiconductor manufacturers are therefore increasing purchases of high-speed multi-gas MFC systems with enhanced contamination resistance and networked diagnostics.

Etch and Deposition Applications Maintaining Highest Consumption Share in Semiconductor Flow Management Systems

Plasma etch and deposition environments account for the largest downstream consumption share in the Flow controllers & pressure sensors for Semiconductor Industry Market. These process stages operate under highly controlled vacuum conditions and require continuous coordination between gas flow, chamber pressure, and plasma intensity.

NAND flash manufacturing is creating particularly strong demand for advanced pressure management systems because vertical memory architectures require extremely deep high-aspect-ratio etching. As layer counts rise beyond 300 layers, chamber stability becomes more critical. Semiconductor fabs are deploying faster response pressure transducers and highly calibrated flow control modules capable of managing aggressive fluorine-based chemistries and extended process durations.

In March 2025, Micron Technology expanded advanced memory investment plans in the United States linked to AI server demand and high-bandwidth memory production. Such facilities require substantial volumes of semiconductor-grade gas handling systems integrated into deposition and etch platforms. AI infrastructure expansion is therefore indirectly strengthening demand for Flow controllers & pressure sensors for Semiconductor Industry Market products.

Atomic layer deposition is another major growth area because advanced transistor structures and 3D semiconductor architectures require atomic-scale film uniformity. ALD systems rely on pulse-based gas sequencing where pressure fluctuation tolerance is extremely narrow. This has increased deployment of digitally calibrated pressure monitoring systems with rapid response capability.

Logic and Foundry Manufacturing Expanding Customer Base for Flow Controllers & Pressure Sensors for Semiconductor Industry

Logic semiconductor manufacturing remains the most technically demanding downstream customer category. Advanced foundries manufacturing below 5nm nodes operate process environments requiring extremely stable gas distribution and pressure control. Leading foundries use thousands of flow controllers and pressure sensors across a single fab due to the complexity of EUV lithography support processes, deposition sequences, plasma cleaning stages, and advanced packaging operations.

Taiwan remains the largest regional customer cluster because of concentrated foundry capacity. Semiconductor manufacturing facilities in Hsinchu, Tainan, and Taichung continue increasing procurement of semiconductor flow systems due to advanced node expansion. In August 2024, TSMC confirmed additional advanced packaging capacity investments to support AI accelerator demand, increasing orders for process gas management systems and vacuum instrumentation integrated into backend and wafer-level packaging operations.

The customer base is also expanding among outsourced semiconductor assembly and test providers. Advanced packaging technologies including 2.5D packaging, fan-out wafer-level packaging, and chiplet integration require high-precision process gas management in bonding, plasma cleaning, and deposition environments. OSAT providers in Taiwan, Malaysia, Singapore, and China are therefore increasing capital expenditure on precision process control infrastructure.

MEMS Pressure Sensors and Smart Digital Controllers Gaining Share in Advanced Semiconductor Fabs

The semiconductor industry is gradually shifting from conventional analog pressure instrumentation toward digitally connected systems capable of predictive maintenance and remote monitoring. Smart controllers with Ethernet communication protocols are becoming increasingly common in new fabs because semiconductor manufacturers are prioritizing automated fault detection and equipment health monitoring.

MEMS-based pressure sensors are gaining higher adoption in compact semiconductor process tools and subsystem assemblies because they offer smaller footprints and faster response times. However, capacitance manometers still dominate high-end vacuum process environments where ultra-high accuracy is required.

Pressure control integration is becoming increasingly important in advanced packaging and compound semiconductor manufacturing. Gallium nitride and silicon carbide device production require stable gas handling systems in epitaxy and deposition environments. Demand from electric vehicle power electronics is therefore contributing incremental growth to the Flow controllers & pressure sensors for Semiconductor Industry Market.

In January 2026, Wolfspeed accelerated silicon carbide manufacturing capacity optimization in the United States while multiple Asian SiC suppliers expanded wafer and device production. These developments increased procurement of specialty gas delivery systems and pressure instrumentation used in epitaxial growth and wafer processing operations.

Flow Controllers & Pressure Sensors for Semiconductor Industry Market Demand Trend Linked to AI Infrastructure and Memory Production

Demand trends across the Flow controllers & pressure sensors for Semiconductor Industry Market remain closely connected to AI infrastructure deployment, high-bandwidth memory scaling, and advanced foundry investments. Semiconductor equipment spending associated with AI accelerators, data center processors, and advanced packaging has significantly increased process tool installations requiring integrated gas flow and vacuum control systems.

During 2025 and early 2026, semiconductor manufacturers increased capital allocation toward deposition, etch, and packaging equipment due to rising AI server shipments and cloud infrastructure investment. High-bandwidth memory production capacity expansion in South Korea, Taiwan, and the United States created additional demand for chamber pressure instrumentation and semiconductor-grade MFC systems. Semiconductor fabs supporting AI chips typically operate with higher process complexity and greater process step intensity, increasing the number of flow controllers and pressure sensors deployed per wafer start.

At the same time, mature-node semiconductor production in automotive and industrial electronics continues supporting steady baseline demand. Automotive semiconductor content growth linked to EV platforms, ADAS systems, and power management devices is increasing wafer processing requirements for analog, power, and compound semiconductors. This broader semiconductor production expansion is supporting long-term procurement stability for semiconductor flow management systems.

Compound Semiconductor and Advanced Packaging Facilities Emerging as Fast-Growing Customer Segments

Compound semiconductor manufacturing is becoming a notable downstream segment for Flow controllers & pressure sensors for Semiconductor Industry Market suppliers. Gallium nitride and silicon carbide wafer processing require highly controlled epitaxial growth environments where gas purity and chamber pressure consistency directly influence crystal quality.

Electric vehicle adoption and renewable energy infrastructure expansion are increasing power semiconductor manufacturing investments across China, Europe, Japan, and the United States. Several new SiC wafer fabs announced during 2024–2026 are increasing procurement of advanced gas delivery infrastructure and vacuum instrumentation systems.

Advanced packaging is also emerging as a major customer category because chiplet architectures require more process integration steps compared with traditional packaging. Plasma dicing, wafer bonding, underfill deposition, and redistribution layer formation all rely on stable process gas management.

Major Manufacturers in Flow Controllers & Pressure Sensors for Semiconductor Industry Market Competing on Precision, Contamination Control, and Vacuum Stability

The competitive structure of the Flow controllers & pressure sensors for Semiconductor Industry Market remains concentrated among a limited group of manufacturers with semiconductor-grade calibration capability, ultra-high purity manufacturing infrastructure, and long-term process integration relationships with wafer fabrication equipment suppliers. The market is heavily influenced by qualification cycles because semiconductor fabs cannot rapidly switch critical gas delivery and vacuum monitoring components once integrated into validated process tools.

Leading semiconductor equipment OEMs including Applied Materials, Lam Research, and Tokyo Electron source highly specialized flow and pressure management systems for deposition, etch, and cleaning platforms where chamber repeatability directly affects wafer yield and process stability.

Among the largest participants, MKS Instruments maintains a strong position in semiconductor pressure measurement, gas flow management, and vacuum subsystem integration. The company supplies Baratron capacitance manometers, GE50A mass flow controllers, pressure transducers, and integrated gas delivery products used across advanced semiconductor process environments. Baratron capacitance manometers remain widely deployed in plasma etch and deposition systems because of their high accuracy under corrosive and high-vacuum operating conditions.

HORIBA STEC continues to hold major market share in semiconductor-grade mass flow controllers. Its SEC-Z700X and SEC-N100 series MFCs are extensively used in advanced semiconductor gas delivery architectures requiring rapid response time and multi-gas compatibility. Japanese suppliers maintain strong positions because of long-standing integration relationships with semiconductor equipment manufacturers and their expertise in ultra-high precision flow calibration.

Brooks Instrument remains a major supplier in the Flow controllers & pressure sensors for Semiconductor Industry Market through products including the SLA5800 Series mass flow controllers and GF Series pressure-based flow controllers. The company has expanded focus on digital communication-enabled flow systems supporting automated semiconductor manufacturing environments and predictive diagnostics.

VAT Group is primarily recognized for vacuum valves but also plays a critical role in pressure regulation and vacuum process stability across semiconductor manufacturing tools. Vacuum pressure stability is increasingly important in atomic layer deposition and high-aspect-ratio etch environments where pressure deviation can reduce uniformity and process repeatability.

Qualification Cycles and Reliability Standards Limiting Supplier Substitution Across Semiconductor Flow Control Systems

Qualification requirements remain one of the strongest barriers to entry in the Flow controllers & pressure sensors for Semiconductor Industry Market. Semiconductor manufacturers typically require extended validation cycles before approving new suppliers because gas flow instability or inaccurate chamber pressure measurement can result in yield loss across thousands of wafers.

Key qualification parameters include:

• Flow accuracy and repeatability
• Drift stability over extended process cycles
• Corrosion resistance against fluorinated and reactive gases
• Particle contamination performance
• Vacuum compatibility
• Response speed
• Digital communication compatibility
• Cleanroom manufacturing certification

Semiconductor fabs also evaluate mean time between failures and long-term calibration stability. Pressure transducers and MFCs integrated into advanced logic and memory production lines are frequently expected to operate continuously under aggressive chemical conditions for prolonged periods.

The Semiconductor Equipment and Materials International organization, SEMI, continues influencing standardization requirements related to semiconductor gas handling systems, contamination control, and subsystem interoperability. Semiconductor manufacturers increasingly request traceable calibration data and predictive maintenance compatibility for process-critical instrumentation.

Advanced node fabs operating below 5nm impose even tighter qualification thresholds because process windows are narrower and chamber process sensitivity is significantly higher. This is particularly relevant in EUV-related deposition and etch applications where pressure instability can directly impact pattern fidelity and uniformity.

Flow Controllers & Pressure Sensors for Semiconductor Industry Market Seeing Product Innovation Around Smart Diagnostics and Multi-Gas Capability

Manufacturers are increasingly integrating software-driven diagnostics and digital communication functionality into semiconductor-grade flow systems. Smart MFC platforms capable of remote health monitoring are gaining adoption because fabs are prioritizing predictive maintenance and uptime optimization.

Alicat Scientific has expanded semiconductor-oriented flow instrumentation with high-speed digital flow controllers supporting multi-gas calibration functionality and fast communication capability. Such systems are increasingly relevant in R&D fabs and specialty semiconductor production environments.

SMC Corporation also supplies semiconductor-compatible pressure control products, vacuum regulators, and gas handling solutions integrated into semiconductor automation systems. Japanese automation suppliers benefit from broader semiconductor cleanroom infrastructure demand tied to automation expansion.

Pressure sensing manufacturers are also focusing on miniaturization and integration capability for compact process tools and subsystem assemblies. MEMS-based sensing systems are increasingly used in smaller semiconductor modules where footprint reduction is important.

Manufacturing Economics and Cost Pressures Affecting Semiconductor Pressure Sensor and Flow Controller Suppliers

Manufacturing economics remain heavily influenced by precision machining cost, semiconductor-grade calibration infrastructure, electronics integration, and material purity requirements. Semiconductor-compatible MFCs and vacuum pressure sensors are substantially more expensive than industrial-grade equivalents because of contamination thresholds and reliability expectations.

High-purity stainless steel, specialty alloys, sensor-grade ceramics, and semiconductor-compatible elastomers continue affecting production cost structures. During 2024–2025, several suppliers faced elevated input costs linked to specialty metals, cleanroom labor, and semiconductor electronics procurement.

Another major cost factor involves calibration and testing infrastructure. Semiconductor-grade flow controllers require extensive factory calibration using multiple gases under tightly controlled environments. Suppliers with large installed calibration capability maintain stronger competitive positioning because fabs increasingly request customized gas calibration profiles.

Localization initiatives are also influencing manufacturing economics. Several suppliers expanded regional production and service capability in the United States and Southeast Asia to support reshoring and regional fab construction programs. However, duplication of semiconductor-grade calibration infrastructure increases operational cost for manufacturers.

Pressure Sensor and Semiconductor Flow Management Companies Expanding Capacity Near New Fab Clusters

Regional expansion strategies are increasingly aligned with semiconductor manufacturing cluster growth. Suppliers are establishing support and calibration centers near major fabs because semiconductor customers require rapid maintenance response and localized technical support.

Taiwan remains the most concentrated downstream customer base for advanced semiconductor flow management products due to TSMC’s logic manufacturing dominance. South Korea remains critical because of Samsung Electronics and SK hynix memory investments.

The United States is emerging as a larger regional demand center following CHIPS Act-supported fab expansion. Semiconductor subsystem suppliers are increasing local engineering and support capability in Arizona, Texas, and New York where major semiconductor manufacturing projects are under development.

Southeast Asia is also gaining importance because backend semiconductor packaging investments are expanding in Malaysia, Singapore, and Vietnam. Advanced packaging growth is increasing deployment of semiconductor-compatible gas flow systems and vacuum instrumentation in plasma cleaning, deposition, and wafer bonding environments.

Recent Industry Developments and Market Player Updates

• In April 2025, MKS Instruments continued expansion of semiconductor-focused pressure measurement and vacuum subsystem integration capability aligned with AI-driven wafer fab equipment demand growth.
• In June 2025, HORIBA strengthened semiconductor process control investments targeting advanced node gas management systems used in deposition and plasma etch environments.
• During 2025, Brooks Instrument increased emphasis on digital semiconductor flow control platforms integrated with predictive maintenance and smart factory communication capability.
• In September 2024, VAT Group highlighted continued semiconductor vacuum demand strength linked to advanced deposition and etch tool installations for AI-related semiconductor capacity expansion.
• In February 2025, multiple semiconductor equipment ecosystem suppliers expanded support infrastructure in the United States following additional CHIPS Act-linked fab investment announcements exceeding USD 30 billion in cumulative project commitments.