Establishment of Filter-Cycle Solutions and Three-Dimensional Design
First written in FY2018. 5 of 7 entries say "Advanced", first in FY2019. Latest entry: FY2026.
No other company in this theme has enough history to compare yet.
- FY2026AdvancedAnnual report
「Going forward, we will focus on developing new products in high-value-added fields where demand for industrial filters is expected to increase, including aerospace, pharmaceuticals and next-generation environmental technologies, and will accumulate the technologies and expertise that will form the foundation for future sales.」
Regarding the expansion of the filter business's technologies and applications, priority was placed on developing new products in high-value-added areas such as aerospace, pharmaceuticals, and next-generation environmentally oriented fields. - FY2025AdvancedAnnual report
「We will further expand the standardization of accumulated design technologies and design reviews to improve customer satisfaction. At the same time, we will actively pursue new products and customers beyond filtration applications and seek to contribute to society.」
In addition to standardizing accumulated design technologies and expanding design reviews, the company has specified the development of new products and customers outside filtration applications, broadening the scope of its filter solutions. - FY2023AdvancedAnnual report
「For the polymer and healthcare industries, we will pursue total design covering filters and ancillary equipment, as well as thermal-fluid analysis technologies, to improve customer satisfaction. We will also seek to contribute to society, including decarbonization and the SDGs, by actively proposing filters to industries related to hydrogen.」
The company has specified measures including total design of filters and ancillary equipment, thermal-fluid analysis, and proposals to the hydrogen-related industries, expanding the scope of its filter solutions. - FY2022RestatedAnnual report
「We are also advancing proposals to optimize filters and equipment through 3D model simulations for the polymer and healthcare industries.」
Proposals for filter-cycle solutions and equipment optimization using 3D models continue for the polymer and healthcare industries. - FY2020AdvancedAnnual report
「In the filter business, we are strengthening filter-cycle solutions by improving flow-channel structures and filter regeneration and cleaning using 3D models, with the aim of reducing disruptions in flow, or so-called dead zones, caused by filter insertion, piping, and other features in resin-polymer design. We are increasing staffing and working on the transfer of technical expertise to capture the active polymer market.」
The company continues to improve flow-channel structures and regeneration and cleaning using 3D models, while also making progress in increasing staffing and transferring technical expertise to capture the polymer market. - FY2019AdvancedAnnual report
「In the filter business, we are working on filter-cycle solutions using 3D models to improve flow-channel structures for resin polymers and filter regeneration and cleaning. For healthcare products, we are working to improve processing methods to meet market requirements. For large seawater strainers, we are working to improve processing methods and further introduce automated inspection technologies to improve production efficiency.」
The company is advancing filter-cycle solutions using 3D models, improvements in processing methods, and the introduction of automated inspection technologies in its actual business operations. - FY2018First statedAnnual report
「In the filter business, we will promote 3D modeling to address increasingly complex housing designs, with the aim of establishing filter-cycle solutions for resin-polymer filtration, covering the process from design and fabrication through regeneration and cleaning.」
For filters used in resin-polymer filtration, the company identified as new measures an integrated cycle solution covering design and fabrication through regeneration and cleaning, as well as 3D modeling to address complex structures.