2026-06-07 — views $CAMT · Camtek · Hawk inspection and metrology system · advanced-packaging-and-hbm-process-control

Camtek lands over $105M in AI inspection orders, signaling HBM/advanced-packaging process control is the WFE growth seam

On June 2, 2026 Camtek disclosed over $105M in multi-system orders for 2027 delivery: $55M from a tier-1 OSAT for 2.5D/3D AI devices and over $50M in Hawk systems from a leading HBM maker. The deal underscores how back-end inspection and metrology, not just litho/etch, is

What happened

On June 2, 2026, Camtek (CAMT) said it received more than $105 million in multi-system orders, both for delivery in 2027. The split: a $55 million order from a tier-1 OSAT (outsourced assembly and test) tied to 2.5D and 3D AI-related devices, plus over $50 million in Hawk systems from a leading high-bandwidth-memory (HBM) manufacturer for AI applications. CEO Rafi Amit framed it around two themes the company has stressed all year, “the strengthening of the OSAT business with respect to the 2.5D and 3D AI related devices” and Hawk’s fit for “the most demanding requirements of HBM manufacturing.” The stock jumped roughly 15% on the news.

Camtek is not one of the big-five wafer fab equipment (WFE) names. It makes inspection and metrology systems that sit across the back end of the line, from wafers through mid-end and post-dicing, serving HBM, heterogeneous integration, hybrid bonding, chiplets, CMOS image sensors and RF. The Hawk platform is its newest tool, aimed specifically at the defect-density and overlay challenges of stacked HBM and advanced packaging.

Why a back-end inspection order matters for WFE

The interesting part is not the dollar figure, it is where in the manufacturing flow the money is going. As AI accelerators move from monolithic dies to multi-die stacks (HBM towers, 2.5D interposers, die-to-wafer hybrid bonding), the number of yield-sensitive interfaces explodes and the cost of a missed defect rises with every stacked layer. That redistributes capital intensity toward inspection and metrology relative to deposition and etch. One sell-side analysis this year argued metrology/inspection is “capturing the economics of advanced packaging,” and the advanced-packaging metrology and inspection equipment market is sized around $4.8B in 2025 heading toward roughly $10.2B by 2034.

Camtek’s order pattern fits that thesis. It follows a $31M AI-focused OSAT order in March 2026, record 2025 revenue of $496.1M, and Q1 2026 revenue of $121.7M with guidance for over 25% second-half growth. In April 2026 it also agreed to acquire Tel Aviv-based AI firm Visual Layer to deepen the visual-AI side of its inspection software, a hint that defect classification is becoming as much a software problem as an optics one.

Item	Detail
Total order	Over $105M, delivery 2027
Tier-1 OSAT	$55M, 2.5D/3D AI devices
HBM maker	Over $50M in Hawk systems
Prior 2026 order	$31M OSAT (March 2026)
2025 revenue	$496.1M (record)
Recent M&A	Visual Layer (AI), agreed April 2026

Competitive read

Camtek is contesting the same back-end ground as KLA’s packaging portfolio (Kronos wafer-level inspection, ICOS component inspection) and Onto Innovation, which launched its Dragonfly G5 inspection and metrology platform in 2026 with sensitivity down to about 150nm spanning front-end and advanced packaging. The common thread across all three: HBM and chiplet stacking is pulling inspection content per wafer up, and the suppliers with both the optics and the AI-driven defect software stand to capture it. Meanwhile the headline WFE narrative remains litho-centric, with Applied Materials guiding to over 30% equipment-business growth in calendar 2026 and advanced packaging alone forecast to grow over 50%.

Practitioner note

For anyone modeling the WFE supply chain, treat OSAT and HBM inspection order flow as a leading tell, not a footnote. A single $50M+ Hawk order booked now for 2027 delivery is forward revenue visibility that front-end tool demand does not always give you, because back-end packaging capacity is being added in shorter, AI-demand-driven bursts. Watch order cadence (March $31M then June $105M) more than any one print, and track inspection content per HBM stack as the real intensity metric.

Under-considered angle

Most coverage files this as another “AI demand is great” datapoint. The subtler shift is that process control, historically the quiet 12 to 15% slice of fab spend, is migrating from a defect-catching cost center toward a yield-enabling gate on whether advanced packaging can ramp at all. When stacked-die yield is the binding constraint (and at 12-high HBM it increasingly is), the inspection vendor effectively prices the option on the whole package’s manufacturability. The acquisition of an AI-software firm by a hardware-centric metrology company also flags a quieter business-model question: whether recurring defect-analytics software, not just tool sales, becomes how this segment is valued, the way EDA is valued differently from equipment. That re-rating, if it happens, would not show up in unit shipments at all.