Priority Sales Expansion in Pharmaceuticals, Cosmetics and Food, Hydrogen, and Industrial Machinery
First written in FY2017. 5 of 8 entries say "Reframed", first in FY2018. Latest entry: FY2026.
Nagano Keiki moved to the "Worse" side of this theme in 2023, 2 years before the typical company in this theme (2025).
The whole theme swung hardest in 2025: 5 of 24 companies on the "Worse" side.
5 other companies' latest entry also says "Reframed".
- FY2026Reorganized around new fields and government-priority strategic areasAnnual report
「④ (Challenge) Taking on new fields (exploring new areas × active involvement in the government’s 17 strategic fields)」
The former priority areas, including hydrogen and ammonia, semiconductors, and digital technologies, were reorganized into key initiatives under the new plan, including optical sensors, the government’s 17 strategic fields, pilot projects, and industry-academia-government collaboration. - 2026-05-13ReframedManagement Planning
「外部環境では、GX(Green Transformation)・半導体・先端製造などの投資拡大を機会と捉え、グローバルメガトレンドを踏まえて日本政府が掲げる戦略 17 分野への積極的な関与を進めてまいります。」
従来の水素・アンモニア、半導体、ICT・デジタル技術等の重点分野を、GX・半導体・先端製造及び日本政府の戦略17分野への関与へ再整理した。 - FY2023Reorganized around hydrogen and ammonia, semiconductors, and digital fieldsAnnual report
「• Expanding the decarbonization business with a focus on hydrogen and ammonia • Expanding products for the semiconductor applications market • Building high-value-added services using ICT and digital technologies」
The former priority expansion areas were reorganized into growth areas under the Second Medium-Term Management Plan, including hydrogen and ammonia, semiconductors, and services using ICT and digital technologies. - FY2022RestatedAnnual report
「Decarbonization (infrastructure market)」
The priority areas were reorganized into hydrogen and ammonia, semiconductors, industrial machinery, medical care and nursing care, and digitalization, among others, and initiatives including product development, demonstration plants, and market entry feasibility studies are continuing. - FY2020Reorganized priority areas around four growth strategies and new technology fieldsAnnual report
「Strengthening efforts in hydrogen, semiconductors and industrial machinery for pressure measurement, and launching products ahead of competitors on a timely basis」
The former priority areas, including automotive sensors, construction machinery, process industries, energy, and food and medical, were reorganized as growth areas under the new medium-term management plan, including hydrogen, semiconductors, industrial machinery, wireless products, and sensors for collaborative robots. - FY2019Specific initiatives for product expansion, including M&A and compliance with international standardsAnnual report
「To address increasingly global markets, we will expand our portfolio of pressure, temperature and flow measurement products adapted to various international industrial standards, while also considering M&A.」
Following the reorganization of the priority expansion areas, expanding products compliant with international standards, with M&A in view, was identified as an initiative. - FY2018Reorganized and expanded priority expansion areasAnnual report
「• Automotive sensors • Construction machinery • Process industries • Energy • Food and medical • Industrial machinery (hydraulics and semiconductors) • Measurement systems and social infrastructure」
The priority expansion areas identified in the previous fiscal year—pharmaceuticals, cosmetics and food, hydrogen, and industrial machinery—were reorganized and expanded to automotive sensors, construction machinery, process industries, energy, food and medical, industrial machinery, and social infrastructure. - FY2017First statedAnnual report
「We have designated the following fields as priority expansion areas and will create new markets by promoting product development centered on adding value and differentiation. • Pharmaceuticals, cosmetics and food • Hydrogen energy • Industrial machinery」
Three priority expansion areas have been identified, centered on adding value and differentiation.