Research and Development of High-Efficiency, Resource-Saving Motor Core Technology
First written in FY2018. 1 of 2 entries say "Restated". Latest entry: FY2022.
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- FY2022RestatedAnnual report
「In the electrical component business, we continue to develop technologies that contribute to resource conservation by significantly improving material yields through our proprietary lamination process. We are also working on R&D to develop core shapes and establish annealing technologies in response to demand for greater motor functionality and efficiency, develop processes for fixing permanent magnets to motor cores, and improve productivity to reduce costs in response to customer needs.」
The company continues R&D on lamination processes, core shapes, annealing, magnet fixation, and productivity improvements for resource-saving, high-efficiency motor cores. - FY2018First statedAnnual report
「In the electrical component business, we continue to develop technologies that contribute to resource conservation by significantly improving material yields through our proprietary lamination process. We are also working on R&D to develop core shapes and establish annealing technologies in response to demand for greater motor efficiency, develop processes for fixing permanent magnets to motor cores with resin, and improve productivity to reduce costs in response to customer needs.」
The company is advancing R&D on high-efficiency, resource-saving motor cores through lamination processes, core shapes, annealing, permanent-magnet fixation, and productivity improvements.