Hamamatsu Photonics K.K. (6965.T) Q2 FY2026: Revenue Beats, EPS Misses, Guidance Revised Upward

Hamamatsu Photonics K.K. (6965.T) reported a revenue of ¥60,654.8 million for Q2 FY2026, surpassing the street estimate of ¥55,834.4 million by 8.6%. This marks a significant improvement from the previous quarter, where revenue was ¥51,910.0 million. The company's revenue has shown a year-over-year growth of 7.9%, indicating a recovery in demand for its products.

However, the earnings per share (EPS) for the quarter came in at ¥21.94, missing the street estimate of ¥25.83 by 15.1%. This miss is primarily attributed to the decline in operating profit, which fell by 7.7% year-over-year to ¥10.0 billion. The gross margin for the quarter was 50.5%, a slight improvement from the previous quarter's 45.6%.

Hamamatsu's revenue has shown a consistent upward trend over the past few quarters. The company's revenue in Q2 FY2026 of ¥60,654.8 million is a significant improvement from the ¥51,910.0 million reported in Q1 FY2026. This growth is particularly noteworthy given the challenging economic environment and the ongoing supply chain disruptions.

The gross margin for Q2 FY2026 was 50.5%, which is a slight improvement from the 45.6% reported in Q1 FY2026. This improvement in gross margin is a positive sign, indicating that the company is managing its costs more effectively. However, the operating profit margin declined to 16.5% from 18.5% in the previous quarter, primarily due to increased costs associated with the operation of new facilities and other operational expenses.

Despite the revenue beat, Hamamatsu's operating profit declined by 7.7% year-over-year to ¥10.0 billion. This decline is attributed to several factors, including increased depreciation costs associated with the operation of new facilities (approximately ¥1.0 billion) and other operational expenses. The company's net profit also declined by 7.2% year-over-year to ¥9.2 billion.

The decline in operating profit is a concern, especially given the revenue growth. However, the company has revised its full-year forecast upward, indicating that it expects to see a recovery in profitability in the second half of the fiscal year. The company now expects sales of ¥232.0 billion, 4.5% above the initial plan, and operating profit of ¥20.0 billion, 16.3% above the initial forecast.

Hamamatsu has revised its full-year forecast upward, driven by strong orders in the industrial field. The company now expects sales of ¥232.0 billion, 4.5% above the initial plan, and operating profit of ¥20.0 billion, 16.3% above the initial forecast. This upward revision is a positive sign, indicating that the company is confident in its ability to capitalize on the strong demand in the industrial field.

For the second half of the fiscal year, the company is planning sales of ¥119.5 billion. This is a significant increase from the ¥112.4 billion reported in the first half of the fiscal year. The company expects the non-destructive testing business to expand from ¥17.0 billion last fiscal year to a higher level, although the exact figure is not disclosed. The company is also planning approximately ¥4.0 billion in revenue from quantum computing-related businesses this fiscal year.

Hamamatsu's strong performance in the industrial field is likely to have positive implications for its key customers, particularly KLA (KLAC) and Lasertec (LSRCY). KLA uses Hamamatsu's TDI-CCD sensors and photodetectors for wafer inspection, while Lasertec uses Hamamatsu's photodetectors for EUV mask inspection. The increased demand for Hamamatsu's products is likely to drive higher revenues for these customers as well.

The company's focus on the industrial field and its expansion into quantum computing-related businesses are also positive developments. The non-destructive testing business, which is expected to expand, is another area of growth that could benefit Hamamatsu's customers in the semiconductor and industrial sectors.

In the Photonics and Optoelectronics subsector, Hamamatsu's revenue growth of 7.9% year-over-year is stronger than the average growth rate of its peers. For example, 6923.T reported a revenue growth of 3.4%, 6925.T reported a growth of 5.5%, and 6521.T reported a growth of 22.6%. Among the U.S. peers, COHR reported a growth of 20.5%, LITE reported a growth of 90.1%, and AAOI reported a growth of 51.4%.

Hamamatsu's gross margin of 50.5% is also significantly higher than the average gross margin of its peers, which ranges from 22.8% to 42.4%. This indicates that Hamamatsu is more efficient in managing its costs and maintaining profitability.

The tone of Hamamatsu's earnings call for Q2 FY2026 showed a significant improvement compared to the previous quarter. The sentiment score increased by 0.40, the guidance tone improved by 0.27, and the tone confidence increased by 0.05. This positive shift in tone is consistent with the company's strong financial performance and upward revision of its full-year forecast.

However, the AI optimism score decreased by 0.44, and the uncertainty index increased by 4.9. This suggests that while the company is confident in its outlook, there are still some uncertainties that need to be addressed. The increase in the QA evasiveness index to 77.1 also indicates that the company may be less forthcoming in answering some of the more challenging questions from analysts.

Hamamatsu Photonics K.K. (6965.T) reported a mixed Q2 FY2026, with revenue beating street estimates by 8.6% but EPS missing by 15.1%. The company's gross margin improved slightly, but operating profit declined year-over-year. Despite these challenges, Hamamatsu has revised its full-year forecast upward, driven by strong orders in the industrial field. The positive tone of the earnings call and the company's focus on growth areas such as the non-destructive testing business and quantum computing-related businesses are positive developments. While there are some uncertainties, Hamamatsu remains well-positioned to capitalize on the strong demand in the industrial field and maintain its leadership in the Photonics and Optoelectronics subsector.

For a deeper dive into the tone history, refer to the tone history.