LPKF Laser is a bottleneck supplier for glass substrates, the next-generation AI packaging material Intel, Samsung and TSMC are piloting. Glass cracks when drilled, and LPKF's LIDE is one of very few processes that structure glass at production scale without cracking, so no glass ecosystem gets built without a tool like it. Management says the question is now when the ramp begins, not whether. Besi trades at 77x EBITDA on advanced packaging; upstream names trade at fractions of that. x.com 

LPKF Laser & Electronics is a bullish idea, set out in a brief write-up. x.com 

LPKF's management credibility is the biggest concern after years of overpromising. It missed 2024 and 2025 guidance and is on track to miss 2026, needing H2 revenue of twice its €34.7 million backlog. Expected Q2 production orders for LIDE systems did not arrive and were pushed to H2, and its €1.7 billion advanced-packaging TAM assumes everyone switches fully to glass in 2030. Its technology is great and it leads in TGV, but glass substrates need a couple more years to penetrate meaningfully. … Show more

LPKF Laser is a small-priced option on glass substrates becoming the next generation of AI chip packaging, with 4-10x upside if glass wins. It owns LIDE, the only working laser process that drills precise holes in glass without cracking it. Intel has committed to high-volume glass by 2030, Samsung is piloting and TSMC is evaluating. At a 293M EUR market cap it is pre-revenue inflection with no meaningful EBITDA, which is the point of the bet. x.com 

LPKF's glass-substrate thesis has barely started even after the stock's run. Its LIDE process drills defect-free through-glass vias at production speed with aspect ratios up to 1:50, and glass is the only material that solves CTE mismatch, dielectric loss and warpage at once, where silicon interposers cannot scale. Over 80% of major players chose LPKF equipment for validation, a de facto standard; first production orders came in Q1 2026, and the 2027 mass-production ramp hits the P&L hard. x.com 

LPKF's stock got ahead of itself, and at around €12 it is worth watching rather than buying, becoming seriously interesting below €10. The glass-substrate thesis is intact: LPKF now sizes its 2030 addressable market at €1.7B, up from €500M, targets 70% share, and is negotiating 2027 ramp orders. But H1 revenue was only €36.5M with negative EBIT and free cash flow, and a steeper ramp could need capital. Next, LPKF must prove it has won a place in the production equipment stack. x.com 

LPKF's earnings release shows its future in glass advanced packaging, even as current results look weak. Leading chipmakers are deploying its LIDE technology, and follow-on orders confirm it as key for crack-free glass processing. LPKF is expanding into glass package singulation and laser bonding of multilayer glass stacks, and working on co-packaged optics on glass. @ren_stocks notes revenue fell to €17.1M with a -40% EBIT margin, but the case rests on 2027 LIDE glass-core mass production. … Show more

LPKF Laser & Electronics, the leader in through-glass vias, has meaningful upside as Intel's EMIB and glass-substrate manufacturing pick up, though it is speculative for now. Its technology is good, but it faces competitors such as DR Laser and Corning. Sizing up needs follow-through from Intel and the rest of the industry, clarity on how supply chains shape out, and a more convincing ramp and go-to-market. x.com 

LPKF looks a bit expensive after its recent share price run, even on @BrainyMarsupial's bullish meeting notes, which see at least three players ordering glass-substrate machines this year. Revenue remains difficult to forecast and a higher valuation cannot be counted on, which makes it hard to add more. x.com  x.com 

Glass is replacing organic substrates in AI chip packaging, putting LPKF and Corning at its chokepoints. LPKF's laser-induced deep etching is the most advanced production process for crack-free through-glass vias. Glass fixes organic warpage and silicon interposer cost, and is irreplaceable in co-packaged optics, where glass waveguides can match the roughly 9µm fiber mode inside the substrate. Per Yole and QY Research, glass core substrates may grow from $244M in 2024 to $460-586M by 2030. x.com  … Show more