ASML orders reach $6.3b in bookings as AI boosts demand

ASML Holding NV reported Q3 orders of €5.4 billion (US$6.3 billion), surpassing analyst projections of €4.9 billion (US$5.32 billion), as rising investment in AI infrastructure drove demand for its chip-making equipment.

The Dutch company is the sole supplier of extreme ultraviolet lithography machines used in advanced AI chip production.

Major customers like Taiwan Semiconductor Manufacturing Co. and Samsung Electronics have also reported strong demand for AI chips.

ASML shares have risen 25% in 2025, making it the largest publicly traded company in Europe by market value.

ASML is also preparing for possible disruptions following China’s recent rare earth export limits.

🔗 Source: Bloomberg

🧠 Food for thought

Implications, context, and why it matters.

ASML’s order strength may reflect China pull-forward amid export control uncertainties

Q3 bookings hit €5.4 billion and beat forecasts. China took 42% of Q3 net system sales by ship-to location 1. “China customer demand, and therefore our China total net sales in 2026, [will] decline significantly” versus 2024–2025 2.
Front-loaded orders can lift near-term bookings yet blur signals on lasting demand. €3.6 billion in extreme ultraviolet bookings may hedge against future export limits instead of pure AI-driven capacity growth 3.

Chip tools and recyclers can benefit as China tightens heavy rare earth magnet controls

China imposed new export controls with licensing on medium to heavy rare earths, including dysprosium and terbium 4. Non-Chinese magnet makers like MP Materials, Neo Performance Materials, and VAC Group/Vacuumschmelze are building 1,000 to 5,000 tonne plants in the US as well as Europe 5. They aim to sign long-run deals with automakers and wind-turbine makers seeking suppliers outside China 5.
Hydrogen-based short-loop recycling takes apart magnets and recovers metals without acid. HyProMag USA plans a Dallas-Fort Worth site for 2027 6. Capacity is about 750 tonnes a year within five years of operation 6. The process cuts embedded carbon by more than 88% versus conventional chemical recycling 6. This can strengthen supply-chain resilience for semiconductor equipment suppliers facing geopolitical risks.