The semiconductor industry is evolving rapidly, driven by AI advancements, rising demand for high-performance chips, and increasing production challenges.
With expertise in instrumentation, filtration, fluid and gas handling, and engineered materials, Parker provides precision-engineered components for front-end and back-end machine tooling, ensuring optimal performance in wafer fabrication, lithography, and packaging. Parker solutions also support semiconductor manufacturing plant applications, including facility rooms, sub-fabrication rooms, clean rooms, and fan decks—helping manufacturers maintain ultra-clean environments and meet stringent industry standards.
From gas distribution and chemical delivery to vacuum and cooling systems, Parker’s high-purity solutions empower semiconductor manufacturers to overcome supply chain constraints, improve operational efficiency, and drive innovation in next-generation chip production.
Easily explore Parker's semiconductor solutions with our interactive visual selector. Find the precise components and systems you need for advanced manufacturing, cleanroom environments and high purity applications to optimize efficiency, ensure reliability and strengthen supply chain resilience.
Parker provides a variety of innovative products to help engineers solve inherent semiconductor industry challenges. These products ensure optimal performance, digital transformation, efficiency and, overall, help them build a better tomorrow.
White Paper
Discover what is driving the rapid growth trajectory of the semiconductor industry including AI, 5G, IoT, and data centers. This white paper explores key trends, challenges, and regional strategies shaping the market, plus how Parker’s advanced solutions help manufacturers stay ahead.
White Paper
Pressure regulators are essential components in the semiconductor industry and choosing the right regulator can have critical consequences. This white paper will help simplify your selection process by covering what factors to consider for your application.