Asml suffers in the stock market: the challenge on microchips is in the long run
Semiconductor machinery manufacturer relies on artificial intelligence to overcome weakness in 2025 and grow in the following years
class="dinomecognome_R21"> Vittorio Carlini
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First on 15 October 2024, the day on which - during the publication of the third quarter data - the outlook to 2025 was downgraded. Then on the following 14 November, when the long-term forecast to 2023 was - instead - confirmed. These are two of the most significant dates - particularly for the opposite effects on the market - in the recent history of Asml.
Market and quarterly
The Dutch chipmaking machinery giant (listed on Amsterdam and Nasdaq) has gone against the hi-tech rally over the past year. The stock lost 3.4% on the stock exchange (closing on 19/12/2024). Over the past six months, then, the decline comes to 32.3%. It is a descent to which the forecasts for the coming year, offered to investors at the same time as the last quarter's numbers, have - precisely - contributed. Asml - in the third quarter - was characterised by a growing income statement. Revenues reached EUR 7.47 billion, compared to EUR 6.67 billion a year earlier. Operating profit, for its part, rose to EUR 2.4 billion. Finally: net profitability. Profits amounted to EUR 2.1 billion (+9.3% compared to the same period last year), while diluted earnings per share (EPS diluted) were EUR 5.28 (EUR 4.81 a year earlier).
estimates on 2025
However, investors snubbed such data, punishing (-15.64% shares in the quarterly trading session) the short to medium-term outlook. The Dutch multinational stressed that 'the recovery', in the wake of the weakness in smartphones and PCs, 'is more gradual than expected'. A context that 'continues into 2025'. In such a scenario, the turnover estimates for next year are between 30 and 35 billion. This value is below the consensus estimate (35.8 billion) and at the lower end of the forecasts indicated during the 2022 Investor Day. The gross margin, on the other hand, is expected to be between 51 and 53%. That is to say: a lower level than indicated two years ago. At that time, the estimates spoke of the gross margin between about 54 and 56%. In short: for Asml, the 2025 business should be weaker than the company itself thought. No wonder, then, that the share price has rolled over.
The long run
That said, about a month later, during the 2024 Investor Day, the company reiterated the outlook to 2030. Annual revenues are expected to be in the range of EUR 44 - 60 billion, with the gross margin roughly between 56 and 60 per cent. This is a forecast which, on the one hand, has brought relief to investors (the share price in the session rose by 6.99%); and which, on the other hand, is a consequence of a mix of factors. In general, there is the idea that the microprocessor sector is destined to expand, especially thanks to the continued push of Artificial intelligence (Ai). 'Global chip sales,' the multinational indicates, 'will reach more than a trillion dollars by 2030'. A fact that translates - between 2025 and 2023 - into an annual growth rate of around 9 per cent. In addition to this, with regard to the more specific company business, Asml indicates several focuses. Among others: the expansion in the adoption, production and capacity of Euv technology.
Yes, the Euv. What is it all about? To answer that, it is - first of all - necessary to recall the group's core business. The Dutch multinational is the market leader in so-called photolithography. The manufacture of a chip - it should be remembered - is divided into several stages. The first is 'design'. That is: the design of the semiconductor architecture. To the second is the construction of the microchip on the silicon wafer. Finally (third step) there are the function tests and the assembly of the microprocessor. Well: photolithography intervenes in the intermediate step. As soon as the silicon wafer is ready, sophisticated machinery - thanks to special beams of light - transfers the circuit design through the photomask (a mask containing the circuit design itself) to the wafer itself. This, covered with a light-sensitive material (the photoresist), is exposed to ultraviolet light, which 'transports' the circuit design onto the photoresist and thus onto the wafer. Then - once the photolithography is finished - processing begins to make, for example, transistors.


