Understanding semiconductors: the core of modern electronics
Industrial technology is about making products last longer, perform better and use fewer resources. Working alongside our customers, we deliver technologies that improve efficiency and reduce waste.
competitive advantage
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unique technology portfolio, strongly positioned for semicon equipment
own intellectual property and new technology developments
intensive co-development with globally active key accounts
investment power and fast decision-making enabling OEM growth
Aalberts in semicon
We combine deep engineering expertise with worldwide manufacturing capabilities so the technologies we develop together perform wherever they're needed.
Locations worldwide
Mission-critical people
+
Segment revenue
%
Compound Annual Growth Rate (CAGR)
>%
Semiconductor manufacturing is ultra-precise, and so is Aalberts. Here's the latest from Aalberts and the world at nanometer precision.
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What does Aalberts do in semicon?
In a world powered by microchips, Aalberts engineers leading-edge, tailor-made technologies together with semiconductor OEMs. We enable ultra-precision, ultra-cleanliness and nanometre accuracy, supporting customers in accelerating technological breakthroughs.
What makes Aalberts unique in semicon?
Aalberts combines a unique portfolio of advanced technologies with proprietary intellectual property and continuous innovation. Through intensive co-development with leading global semiconductor OEMs, backed by investment power and fast decision-making, we help customers accelerate technology roadmaps and scale their growth. Rather than competing across broad markets, we focus on leading positions in selective end markets where technology and innovation create measurable customer value.
What does “mission-critical technologies” mean?
Mission-critical technologies are products, systems and services that perform essential functions within a process or application. These technologies are often critical to safety, reliability, efficiency or production continuity. At Aalberts, mission-critical technologies are used in applications ranging from semiconductor manufacturing and climate control systems to aerospace components and industrial applications.
What are the key trends shaping the semicon segment for Aalberts?
Long-term trends continue to drive growth in the semiconductor market. Urbanisation is increasing demand for semiconductor chips, technology acceleration is creating new applications across industries, regionalisation is strengthening local semiconductor manufacturing, and the drive for energy efficiency is accelerating the transition to smaller, more advanced process nodes.
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