The chip behind everything is the invisible engine of modern life

A semiconductor controls the flow of electricity: it can act as a conductor or an insulator depending on the conditions applied. That ability to switch and amplify electrical signals is what makes every microchip, transistor and integrated circuit possible. In short: no semiconductors, no modern electronics.

A semiconductor chip, also called a microchip or integrated circuit, is a tiny slice of semiconductor material (usually silicon) that contains billions of microscopic transistors. These transistors process and store data at extraordinary speed. Chips power everything from your smartphone and laptop to electric vehicles, medical devices and AI systems.

A semiconductor fab (short for fabrication plant) is a highly specialised factory where semiconductor chips are manufactured. Fabs maintain cleanroom environments far more controlled than hospital operating theatres, because even a single dust particle can destroy a chip. The manufacturing process involves hundreds of steps and requires extremely precise equipment, fluid systems and thermal management.

Chip manufacturing happens at the nanometre scale, we're talking about structures smaller than a virus. Every step in the process must be executed with perfect repeatability: the right temperature, the right pressure, the right chemical purity, zero vibration. Any deviation, however small, affects the quality of the chip. That's why the technologies inside the manufacturing equipment are just as critical as the process itself.

Aalberts doesn't manufacture chips; we engineer the critical technologies that go inside the equipment that does. From ultra-precision motion and vibration isolation to high-purity fluid systems, thermal management and advanced surface technologies, Aalberts works alongside semiconductor OEMs to help them meet the demands of next-generation chip production.