Chip Equipment Lead Times Approach One Year as Samsung and SK Hynix Rush to Place Orders
Claire Weston
Lead times at the world's five largest chip-equipment makers have stretched to 1.5–2× previous levels, with some tools now taking a full year from order to installation; Samsung and SK Hynix are considering placing orders earlier than usual to keep new fab timelines on track.
How much have lead times stretched?
Applied Materials, ASML, Lam Research, Tokyo Electron, and KLA — together holding roughly 70% of the global semiconductor-equipment market — now quote lead times 1.5 to 2 times their prior levels.
In plain terms = equipment that once arrived in about six months now takes up to a full year from order to installation.
The squeeze extends beyond the top five: one Korean supplier serving both TSMC and Micron reports lead times stretching from three–four months to six–eight months; another Micron back-end supplier says its lead times have risen roughly 50%, with some products exceeding one year.
What is driving the squeeze?
A global wave of wafer-fab investment is the direct cause — new production lines are launching simultaneously across regions, and demand growth has outpaced suppliers' shipping capacity.
Equipment makers that expanded capacity early are now running production lines at full load; those that did not are under sustained delivery pressure.
This means → the bottleneck is not a technology gap but a capacity-planning time lag: demand arrived faster than suppliers could scale up.
How are Samsung and SK Hynix responding?
Procurement teams at both companies are closely tracking equipment delivery schedules and developing contingency plans.
According to people familiar with the matter, both are considering placing purchase orders earlier than in the past to lock in the tools their planned fabs will need.
This means → for these two Korean chip giants, equipment delays directly threaten new-fab commissioning dates — whether they can secure tools early will determine whether their capacity-expansion timelines hold.
What does this mean for the broader industry?
Equipment availability has escalated from a procurement issue to the core constraint on wafer-fab investment and volume-production planning.
In plain terms = it is no longer "build a fab if you have the money" — it is "have the money and still queue for equipment."
This reflects a shift in the semiconductor expansion race: the bottleneck is moving from the capital side to the supply-chain side — whoever secures equipment first reaches volume production first.
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