Netherlands-based ASM, whose deposition tools are used to make advanced chips, projects Q2 revenue of ~€980M, above €886.8M est., driven by AI demand
ASM International NV projected revenue for the second quarter that exceeded analysts' estimates, underscoring …
Context & Ripple Effects
The related coverage tracks a cyclical but strengthening backdrop for Dutch chip-equipment makers: ASML’s sales fell year over year in mid-2024, while its April 2026 results exceeded estimates and lifted its full-year outlook.
ASM’s above-consensus second-quarter projection adds a deposition-tool supplier’s evidence that AI-led investment is reaching more parts of the advanced-chip manufacturing equipment chain, not only lithography.
First-order effects
- ASM International’s projected Q2 revenue of about €980M is above the €886.8M consensus estimate, improving its near-term sales outlook.
- The result signals stronger current demand for ASM’s deposition tools from customers building advanced-chip capacity for AI-related workloads.
Second-order effects
- The outlook gives other semiconductor-equipment vendors a stronger basis to expect AI-related fab investment to support demand across process-tool categories, alongside the lithography demand reflected in ASML’s April outlook raise.
- Chipmakers expanding advanced-node capacity may need to coordinate purchases across deposition and other manufacturing steps, making equipment availability a more consequential constraint on the pace of capacity additions.
Third-order effects
- If comparable order strength persists across equipment categories, AI infrastructure spending will increasingly be visible upstream in specialized manufacturing-tool demand rather than only in purchases of finished accelerators and servers.
- The pattern would reinforce a more concentrated supply chain for advanced-chip production, where the ability of a small set of specialized tool vendors to scale can shape how quickly AI-driven chip capacity comes online.
The trend: AI infrastructure investment is transmitting upstream through the semiconductor supply chain, extending demand from compute systems into the specialized equipment needed to manufacture advanced chips.