Semiconductor
Semiconductor Solutions
Within the semiconductor industry, ACI Controls delivers custom control and automation solutions. Our products and services span system integration, instrumentation, control panel fabrication, and ongoing maintenance, all geared towards enhancing manufacturing processes and guaranteeing superior products results for our customers. Our expertise in UHP products and processes will optimize your manufacturing requirements and provide best in class systems support.
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Semiconductor fabrication facilities face challenges in maintaining consistent gas and chemical delivery, minimizing downtime, and reducing the risk of contamination. Parker Veriflo products meet these challenges through precise flow control, reliable and durable components, and rigorous quality control measures to ensure maximum uptime and yield.
Parker Semiconductor Manufacturing Applications
This Interactive Resource provides a look at where in the Semiconductor Process Veriflo product applications are found. This includes a look at:
- Interactive Semiconductor Manufacturing Plant Map
- Fluid and Gas Manufacturing and Supply
- Machine Tool Manufacturing
Featured Products
Veriflo FR Regulators: Precise Control of Semiconductor Process Gases
Parker Veriflo's FR Series ultra-high-purity (UHP) Single Stage Pressure Regulators maintain precise, stable, and repeatable pressure control to meet today’s demanding semiconductor gas application requirements.
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Veriflo Bulk Diaphragm Valves: Where Precision Control and Absolute Purity is Required
Parker Veriflo’s new UHP bulk diaphragm valves enable precise control of gas and liquid distribution in semiconductor manufacturing processes. The BDV Series excel in high-flow, low-pressure conditions. They are ideal for bulk distribution systems, valve manifold boxes, tool hook-up applications, and wherever absolute purity and top-tier performance is required.
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Resources
Selecting the perfect regulator for your process in the Semiconductor Industry.
Innovative Solutions for every part of your manufacturing process.
Veriflo Division Operating Guides
Industry Application Blogs and White Papers
4 Key Benefits of Using Bulk Diaphragm Valves (BDV) in Semiconductor Gas Delivery
BDVs work by using a flexible, tied diaphragm to open or close the valve, controlling the flow of the media. When the valve is actuated, the diaphragm moves up or down. In the open position, the diaphragm lifts, allowing the media to flow. In the closed position, it seals against a valve seat, stopping the flow.
5 Advantages of FR Series Pressure Regulators for Semiconductor Gas Delivery
Compared to similar products, the FR Series pressure regulators offer greater reliability and flexibility due to its high-quality design. Learn more about some of the key advantages offered by Veriflo's FR regulator solutions to optimize process performance.
How Gas Sticks Optimize Gas Delivery in Semiconductor Fabrication
In semiconductor manufacturing, gas sticks are assembly modules designed to control flow and pressure for process gas line. These gas sticks are pivotal in organizing and managing the complex network of gas lines in a semiconductor fab, thereby ensuring critical process gases are routed safely and efficiently to point-of-use areas.
4 Advantages of Custom Assembly Manifolds in Semiconductor Manufacturing
CIn the world of semiconductor manufacturing, efficiency, precision, and reliability are critical. One solution that has made a notable impact in the industry is the use of Custom Assembly Manifolds, more commonly known as CASYs. CASYs are integrated valve manifolds that offer a variety of benefits, including space savings, reduced connections, fewer leak points, decreased field installation time, and simplified inventory management.
Advanced Materials in Semiconductor Fluid Delivery Systems (White Paper)
Material selection directly impacts reliability in the semiconductor industry. This white paper explains how material properties affect durability, purity and performance in gas and chemical conveyance systems across the fab. Tailored 316L stainless steel compounds, with stringent residual and melt chemistry controls, and high purity fluoropolymer materials, have proven indispensible in safeguarding critical gas and chemical delivery systems.