Growing demand for photomultiplier tubes for nuclear medicine testing and academic applications
First written in FY2017-Q2. 14 of 22 entries say "Restated". Latest entry: FY2026-H1.
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- FY2026-H1WorsenedAnnual report
「Sales of photodiode arrays for academic research declined after all deliveries were completed for a high-energy physics experiment project in Europe, although」
For academic research applications, which had previously been reported as growing, sales were reported to have declined following completion of all deliveries for a European high-energy physics experiment project. - FY2024-Q2RestatedAnnual report
「In the academic sector, sales of optoelectronic semiconductor sensors, including photodiode arrays for high-energy physics experiments, increased on continued orders from projects in Europe.」
The previously declining demand for academic applications has turned to growth, with the increase from continued orders from European projects reconfirmed. - FY2024-Q1MitigatedAnnual report
「In the academic field, sales of photomultiplier tubes for academic applications, including high-energy physics experiments, increased.」
Photomultiplier tubes for academic applications, including high-energy physics experiments, which had been reported as declining through the previous quarter, turned to growth this quarter. - FY2023-Q1WorsenedAnnual report
「Although sales of photomultiplier tubes, imaging equipment and light sources declined for stealth-dicing engines that cut silicon wafers at high speed and with high quality, and sales for academic applications such as high-energy physics experiments also declined, sales of microfocus X-ray sources for nondestructive testing equipment in the industrial field increased, as did sales of light sources for semiconductor manufacturing and inspection equipment.」
Sales for academic applications such as high-energy physics experiments, which had previously been increasing, turned downward. This coincided with increases in X-ray sources for nondestructive testing and light sources for semiconductor manufacturing and inspection. - FY2022MitigatedAnnual report
「In the medical field, sales of silicon photodiodes for X-ray CT and MPPCs for PET increased, supported by sustained growth in demand in Japan and overseas.」
For nuclear medicine testing applications such as PET, where declines had previously continued, increased sales of MPPCs for PET are reported, indicating improving demand conditions. - FY2022-Q3RestatedAnnual report
「Sales for academic applications such as high-energy physics experiments also increased.」
Following the previous full year and the previous quarter, increased sales of photomultiplier tubes for academic applications, which had previously been declining, are reported. - FY2022-Q2RestatedAnnual report
「In addition, sales for academic applications such as high-energy physics experiments also increased.」
Following the previous full year and the previous quarter, increased sales of photomultiplier tubes for academic applications, which had previously been declining, are reported. - FY2022-Q1RestatedAnnual report
「In addition, sales for academic applications such as high-energy physics experiments increased.」
Following the previous full year, growth in sales of photomultiplier tubes for academic applications, which had previously been declining, is again reported. - FY2021MitigatedAnnual report
「In addition, sales for academic applications such as high-energy physics experiments increased.」
Sales for academic applications, which had continued to decline, turned upward for the full year. The full-year disclosure does not explicitly mention a decline in PET and other nuclear medicine testing applications, indicating a change in conditions by application. - FY2021-Q3RestatedAnnual report
「Sales for nuclear medicine testing equipment such as PET declined.」
The decline in sales for nuclear medicine testing equipment such as PET continues to be reported, together with the impact of COVID-19. Meanwhile, sales for specimen testing applications such as PCR and FCM increased. - FY2021-Q2RestatedAnnual report
「Sales for nuclear medicine testing equipment such as PET declined.」
The decline in sales for nuclear medicine testing equipment such as PET continues to be reported, together with the impact of COVID-19. - FY2021-Q1RestatedAnnual report
「Sales for nuclear medicine testing equipment such as PET also declined.」
The decline in sales for nuclear medicine testing equipment such as PET continues to be reported. Meanwhile, sales for PCR testing increased. - FY2020RestatedAnnual report
「Sales of photomultiplier tubes declined overall, as sales for oilfield exploration equipment fell sharply due to sluggish oilfield development investment, while sales for academic applications and environmental and luminescence analysis applications also declined.」
A full-year decline in photomultiplier tubes for academic applications has also been confirmed. - FY2020-Q1RestatedAnnual report
「However, sales for nuclear medicine testing equipment such as PET declined.」
The decline in sales for nuclear medicine testing equipment such as PET, which has continued from previous periods, is also reported for this quarter. - FY2019-Q3RestatedAnnual report
「However, sales for academic applications such as high-energy physics experiments declined, partly due to the completion of deliveries to large overseas projects.」
The decline in sales for academic applications such as high-energy physics experiments, and the resulting factor of completed deliveries to large overseas projects, continue. - FY2019-Q2RestatedAnnual report
「However, sales for academic applications such as high-energy physics experiments declined, partly due to the completion of deliveries to large overseas projects.」
The decline in sales for academic applications was confirmed for the second consecutive quarter. This time, the completion of deliveries to large overseas projects is specified as a factor. - FY2019-Q1WorsenedAnnual report
「Sales of photomultiplier tubes for academic applications such as high-energy physics experiments declined.」
Sales for academic applications such as high-energy physics experiments, previously described as increasing or remaining solid, turned downward. - FY2018RestatedAnnual report
「In the medical field, sales of photomultiplier tubes for nuclear medicine testing equipment such as PET declined.」
Sales of photomultiplier tubes for nuclear medicine testing equipment such as PET continued to decline for the full year. Meanwhile, sales for specimen testing applications such as blood analysis increased. - FY2018-Q3RestatedAnnual report
「In the medical field, sales of photomultiplier tubes for nuclear medicine testing equipment such as PET declined.」
The decline in sales of photomultiplier tubes for nuclear medicine testing equipment such as PET, previously described as performing well or remaining solid, continues. - FY2018-Q2WorsenedAnnual report
「In the medical field, sales of photomultiplier tubes for nuclear medicine testing equipment such as PET declined.」
Sales of photomultiplier tubes for nuclear medicine testing equipment such as PET, previously described as performing well or remaining solid, turned downward. - FY2017-Q3RestatedAnnual report
「In the medical field, photomultiplier tubes for nuclear medicine testing equipment such as PET remained solid, supported by rising replacement demand at medical institutions, while sales for academic applications such as high-energy physics experiments also increased.」
The solid performance of photomultiplier tubes for nuclear medicine testing equipment such as PET, supported by replacement demand at medical institutions, and the increase in academic applications continue. - FY2017-Q2First statedAnnual report
「In the medical field, photomultiplier tubes for nuclear medicine testing equipment such as PET performed well, supported by rising replacement demand at medical institutions, while sales for academic applications such as high-energy physics experiments also increased.」
Photomultiplier tubes for nuclear medicine testing equipment such as PET performed well, supported by replacement demand at medical institutions, and sales for academic applications also increased.