The machine that makes every advanced chip
Nearly all cutting-edge chips depend on a single company's extreme-ultraviolet lithography machines — arguably the most complex devices humanity builds. Explore how ASML's tools work and why they sit at the center of global tech power.
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ASML holds a global monopoly on the machines required to manufacture chips below seven nanometers.
Each high-numerical aperture machine costs four hundred million dollars and requires three Boeing seven forty-seven cargo planes.
Creating extreme ultraviolet light requires vaporizing molten tin droplets fifty thousand times every single second.
ASML mirrors are so flat that a Germany-sized surface would have imperfections only one millimeter high.
Sensors must adjust the machine wafer stage twenty thousand times per second to maintain sub-nanometer precision.
Intel, TSMC, and Samsung invested directly in ASML to save the seventeen-year research and development project.
- 01Intro1 min
- 02The Chokepoint of Modern Civilization2 min
- 03Creating Starlight: The Physics of EUV3 min
- 04The World's Flattest Mirrors3 min
- 05The $10 Billion Gamble2 min
- 06Outro1 min
- The $400 million machine powering the future of chipmaking | MIT Technology Review
- ASML: The World's Most Complex Lithography Machine
- The World's Most Important Machine
- EUV lithography systems – Products - ASML
- Extreme ultraviolet: The technology behind the world's fastest microchips : Planet Money : NPR
- ASML — The Single Point of Failure for AI
- How ASML took over the world
- Building With Starlight -Inside the impossible physics of EUV lithography that builds all chips | by Zheng "Bruce" Li | The Low End Disruptor | Jun, 2026 | Medium
- America is coming for Europe's most important machine
- ASML: The One Machine the Entire Chip World Needs | Silicon Tales
- EUV lithography systems – Products | ASML
- ASML High-NA EUV: When Chipmaking Feels Like Magic | trueNetLab
- Long read: The world’s most complex machine - Marcellus
- US Confronts ASML Over Suspected EUV Exports to China | Awesome Agents
- ASML EUV Lithography - The Innovation Attorney | Michael Kimball
- Microdroplet-tin plasma sources of EUV radiation driven by solid-state-lasers (Topical Review)
- Exclusive: ASML unveils EUV light source advance that could yield 50% more chips by 2030 | Reuters
- The EUV Throughput Bottleneck | Pugalenthi Magendran
- The Physics of EUV Lithography - by Bharath Ramsundar
- Lenses & mirrors - Lithography principles | ASML
- High-NA-EUV Lithography: the next EUV generation | ZEISS SMT
- EUV optics at ZEISS: status, outlook, and future
- Interface formation and optical design of EUV reflective multilayer mirrors - IOPscience
- The Machine That Limits AI: Why ASML’s EUV Production Ceiling Matters
- EUV Lithography Monopoly: Why ASML Is a Modern Chip Chokepoint
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